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# Micro Precision Calibration: Global Leader In Test Equipment Calibration Services

## Sitemaps
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## Posts
- [Proven Viscosity Reference Standards for Reliable Results](https://microprecision.com/blog/viscosity-reference-standards/): Pick the wrong grade of viscosity reference standard and the mistake rarely shows up right away. It surfaces months later, when an auditor asks how you know your viscometer's readings are traceable — and the certificate on file doesn't match the fluid you actually used.
- [Micro Precision (Midlands) Renews Its Status as a Megger Approved Service Centre](https://microprecision.com/blog/megger-approved-service-centre-midlands-renewal/): Micro Precision (Midlands) Limited has renewed its certification as a Megger Approved Service Centre (ASC No. 013), confirming that the site continues to meet Megger's own quality standard for authorised service organisations, QAS/005. The renewal was completed on 10 August 2026 and covers all products and services governed by Micro Precision's Service Centre Agreement with Megger.
- [Proven Stage Micrometer Calibration Stops Silent Drift](https://microprecision.com/blog/stage-micrometer-calibration/): A microscope can look perfectly sharp and still hand you the wrong number. That's what makes stage micrometer calibration different from most instrument checks: nothing visibly breaks when it drifts. The stage micrometer is the etched-glass reference every microscope measurement traces back to, so an uncalibrated one quietly corrupts every reading downstream - cell counts, coating thickness, particle size, weld gaps.
- [VNA Calibration Procedure: A 6-Step Guide for Accurate RF Measurements](https://microprecision.com/blog/vna-calibration-procedure/): A VNA calibration procedure is the single biggest factor separating a trustworthy S-parameter measurement from a misleading one. We've already covered what a vector network analyzer is and why it needs calibration. This guide goes further, walking through the actual steps, error models, and accreditation standards behind a properly executed calibration.
- [Is Preventive Maintenance the Same as Calibration?](https://microprecision.com/blog/preventive-maintenance-vs-calibration/): Deloitte found that poor maintenance strategies can cut a plant's productive capacity by 5% to 20% (Deloitte, 2017). When budgets tighten, it's tempting to lump "preventive maintenance" and "calibration" into one line item and call it a day. They aren't the same thing, and treating them as interchangeable is exactly the kind of gap an ISO 9001 or IATF 16949 auditor is trained to find. This guide breaks down the preventive maintenance vs calibration question in plain terms, shows where the two overlap, and explains what happens when a quality team confuses one for the other. For a closer look at how measurement equipment gets verified in the first place, see our instrument calibration services overview.
- [What Does Surface Plate Calibration Actually Measure?](https://microprecision.com/blog/surface-plate-calibration-measure/): Surface plate calibration measures more than whether a granite block is "flat enough." A single cycle checks overall flatness and local repeatability, then reports both against a documented, size-adjusted tolerance grade instead of one pass/fail number.
- [How Accurate Is Your Noise Figure Meter in the Field?](https://microprecision.com/blog/accurate-noise-figure-meter/): A noise figure meter measures how much unwanted noise a receiver, amplifier, or mixer adds to a signal as it passes through. That noise gets expressed in decibels, on top of whatever noise the signal already carried in. In 2026, the low noise amplifier market is on track to reach $4.74 billion, up from $4.17 billion in 2025 (Low Noise Amplifier Global Market Report 2026). More RF front-ends than ever depend on that reading being trustworthy.
- [The Essential Guide to Conductivity Standard Solutions](https://microprecision.com/blog/conductivity-standard-solutions/): NIST maintains its own certified reference materials for exactly this purpose: SRM 3198 and SRM 3199, two low-conductivity KCl-in-propanol standards certified at roughly 5 µS/cm and 15 µS/cm at 25.000°C ± 0.003°C (NIST Standard Reference Materials Program). Commercial conductivity standard solutions build on the same underlying convention, just at the higher concentrations most lab and process meters actually need.
- [Push-Pull Force Gauges Measure Two Directions — Most Calibrations Only Check One](https://microprecision.com/blog/push-pull-force-gauge-calibration/): That’s why push-pull force gauge calibration is treated as two calibrations in one procedure, not a single pass/fail check. This guide walks through how tension and compression testing differ, why a gauge can be accurate in one direction and off in the other, and what a proper push-pull force gauge calibration actually verifies.
- [Furnace Calibration Mistakes That Trigger Costly Findings](https://microprecision.com/blog/furnace-calibration-mistakes/): Furnace calibration is simply the process of checking that an industrial furnace is heating to the temperature it's supposed to — accurately, and evenly throughout. It might sound like a small detail, but for manufacturers who heat-treat metal parts (think aerospace, automotive, and other precision industries), it's one of the most closely checked parts of their entire quality system.
- [Tachometer Calibration: Why RPM Accuracy Is Essential](https://microprecision.com/blog/tachometer-calibration-accuracy/): A tachometer that reads even 2–3% off can mask a bearing starting to fail, mis-time an engine test, or quietly push a production line outside spec. Tachometer calibration is the process that catches that drift before it costs you a part, a batch, or an audit finding. This post covers what tachometer calibration actually verifies, why RPM accuracy has a real dollar cost when it's wrong, how the calibration process works, and how often you should schedule it.
- [Why Viscometer Calibration Ensures Accurate Fluid Testing](https://microprecision.com/blog/viscometer-calibration-methods/): A single out-of-tolerance viscometer can turn a routine quality check into a failed batch. Calibration intervals set too long are a well-documented driver of out-of-tolerance conditions across calibrated instrument fleets — an instrument run too long without verification is simply more likely to drift undetected. For labs running rotational, capillary, or cone-and-plate instruments, viscometer calibration is the difference between a defensible result and a rejected lot. This article covers how it works, what happens when it's skipped, and how Micro Precision Calibration's viscometer calibration services keep fluid testing accurate and audit-ready.
- [Getting the Right Light Meter Accuracy Class](https://microprecision.com/blog/light-meter-accuracy-class/): A lux meter that's off by even 10% can push a warehouse, cleanroom, or grow facility out of compliance without anyone noticing. Photodiode aging and optical filter degradation mean some drift is normal over a meter's service life, and it accelerates in older or heavily used units. Getting light meter calibration right starts with knowing your light meter accuracy class. See our light meter calibration services for how the process works in practice.
- [What Does Cold Chain Calibration Verify in Vaccine Storage Units?](https://microprecision.com/blog/cold-chain-calibration/): Cold chain calibration verifies that a vaccine refrigerator or freezer's temperature sensor, alarm system, and data logger all agree with a NIST-traceable reference standard, not just that the unit "feels cold enough." The CDC's Vaccine Storage and Handling Toolkit puts sustained emphasis on this distinction, and it's exactly what a state VFC auditor checks for. Clinics that treat calibration as a paperwork formality, rather than a measurement check, are the ones most likely to lose product. For a deeper look at accredited temperature and humidity calibration, see our thermodynamics & chemical calibration services. If you're comparing calibration intervals and audit procedures in more depth, our temperature data logger calibration guide covers those regulatory specifics; this article focuses on what a calibration record actually proves.
- [Electrosurgical Analyzer Calibration: Verifying ESU Output Before It Fails](https://microprecision.com/blog/electrosurgical-analyzer-calibration/): Electrosurgical analyzer calibration is the check that confirms an ESU is delivering exactly the cutting and coagulation power its display claims — not more, not less. In a peer-reviewed review of two decades of U.S. surgical fire data, an electrosurgical device was the ignition source in 82% of documented events. Biomed teams don't calibrate the electrosurgical unit itself day to day; they calibrate the electrosurgical analyzer used to test it, and that instrument's own accuracy decides whether an ESU passes or fails its next preventive maintenance check. Here's what the calibration actually verifies, why readings drift, and what a compliance-ready program looks like.
- [Why Does RF Power Sensor Calibration Affect Measurement Accuracy?](https://microprecision.com/blog/rf-power-sensor-calibration/): RF power sensor calibration is the reason a "0.5 W" reading on your bench actually means 0.5 W and not 0.53 W in disguise. Skip it, and every downstream measurement — link budgets, transmitter output checks, EMC compliance data — inherits an error you can't see. That's a problem when a fraction of a decibel decides whether a design passes or fails.
- [What Gets Tested When You Calibrate an RF Signal Generator?](https://microprecision.com/blog/rf-signal-generator-calibration/): An RF signal generator only earns its keep on the bench if its output is exactly what the display says it is. RF signal generator calibration is the process that proves that — checking frequency, amplitude, and signal purity against a traceable reference before the instrument feeds another test. Skip it, and every measurement downstream inherits its error.
- [What Is a Vector Network Analyzer? 5 Essential Facts to Know](https://microprecision.com/blog/what-is-a-vector-network-analyzer/): A vector network analyzer (VNA) is the instrument RF and microwave engineers reach for when a signal's amplitude alone won't tell the whole story. It measures phase too, which is what lets it characterize reflection, transmission, and impedance across a component or an entire network. The global RF and microwave test equipment market is on track to grow from roughly $3.99 billion in 2025 to $9.12 billion by 2035, as 5G, satellite, and radar programs push testing to higher frequencies (Precedence Research). This guide covers what a vector network analyzer does, how it works, and why calibration is the step that decides whether its readings can be trusted.
- [Curve Tracer Calibration Explained: Drift, Risk & Compliance](https://microprecision.com/blog/curve-tracer-calibration/): Semiconductor test labs depend on curve tracers and parametric analyzers to characterize transistors, diodes, and power devices under real operating conditions. When curve tracer calibration lapses, the sweep voltages, current sourcing, and timing measurements these instruments report can drift outside tolerance without any visible warning. That silent drift can pass a defective device, fail a good one, or quietly invalidate a whole test dataset. Micro Precision Calibration's accredited semiconductor test equipment calibration program is built to catch that drift before it reaches your production line or your next audit.
- [Microscope Calibration Frequency: What Actually Gets Verified](https://microprecision.com/blog/microscope-calibration-frequency/): Microscope calibration frequency determines whether a measurement taken today still matches the one taken last year. For labs running incoming inspection, histology, or failure analysis, an out-of-tolerance microscope quietly changes every reading it produces without ever looking “broken.” Micro Precision Calibration’s instrument calibration team verifies microscopes against NIST-traceable reference standards on a documented schedule, so measurement data holds up under audit. This article covers what gets checked, how often, and what happens when the schedule slips.
- [Spectrophotometer Calibration: Wavelength & Photometric Accuracy Explained](https://microprecision.com/blog/spectrophotometer-calibration/): Spectrophotometer calibration is what stands between a routine UV-Vis reading and a false pass or fail in your lab. So what actually keeps that reading trustworthy? A result that drifts by even a few tenths of an absorbance unit can turn a passing pharmaceutical assay into an out-of-specification event. FDA's guidance on investigating out-of-specification results lists instrument drift as a recurring root cause behind OOS findings (FDA). This article breaks down what wavelength and photometric accuracy actually mean, why they slip, and how instrument calibration keeps both within tolerance.
- [Conductivity Meter Calibration: How to Avoid Costly Compliance Mistakes](https://microprecision.com/blog/conductivity-meter-calibration/): A conductivity meter that drifts by even a few percent can quietly push a water system's "pass" reading into "fail" territory. Conductivity meter calibration is the only way to know the display still means what it says. This guide covers the NIST-traceable standards, test methods, and calibration frequency your facility should run — and where an accredited instrument calibration program fits in.
- [Centrifuge Calibration: What Life Science Labs Must Verify](https://microprecision.com/blog/centrifuge-calibration-guide/): Every clinical, pharmaceutical, and biotech laboratory depends on centrifuges to separate samples correctly, yet centrifuge calibration rarely gets the same attention as a pipette or a balance. A centrifuge that spins even slightly off its programmed speed can produce incomplete separation, skewed assay results, or a specimen that's unusable — long before anyone suspects the instrument. Micro Precision Calibration's life science and pharmaceutical calibration services exist because this exact blind spot shows up in audit findings across the industry, and it's more common than most quality teams expect.
- [Why Does SMU Calibration Matter for Parametric Test Data?](https://microprecision.com/blog/smu-calibration-test-data/): If your source measure unit (SMU) drifts even slightly, the error doesn't stay contained. Every I-V curve, threshold voltage reading, and leakage measurement built on top of it inherits that drift. SMU calibration is the discipline that keeps parametric test data trustworthy. It's easy to overlook until a customer return or a failed audit forces the question. Engineers running wafer probers, parameter analyzers, and bench SMUs from Keysight, National Instruments, and other vendors rely on traceable semiconductor calibration services to catch drift before it reaches production. Here's what happens when it's skipped, and how a managed calibration program protects your test data.
- [How Does Wafer Probe Station Calibration Affect Chip Yield?](https://microprecision.com/blog/wafer-probe-station-calibration/): Wafer probe station calibration is the difference between a parametric test that tells the truth about a die and one that doesn't. When probe tips drift out of alignment, contact resistance climbs, or overdrive force falls outside spec, the electrical signature your tester reads no longer reflects the silicon underneath it — and yield numbers start moving for reasons that have nothing to do with the wafer itself. Micro Precision Calibration's semiconductor calibration services exist to keep that measurement chain honest, from wafer thickness and step-height metrology through the parametric analyzers feeding your probe station.
- [Force Gauge Calibration Frequency: How Often Should You Test?](https://microprecision.com/blog/force-gauge-calibration-frequency/): A tensile test that passes in the lab today can quietly fail in the field six months later — not because the product changed, but because the force gauge that verified it drifted out of tolerance. That's the practical stakes behind force gauge calibration frequency: get the interval wrong, and every force reading taken since the last valid calibration becomes suspect. Whether you're qualifying a spring, verifying a torque-tension fastener, or checking connector mating force on a medical device, the gauge is only as trustworthy as its last calibration. Micro Precision's force gauge calibration services exist to close that gap with ISO/IEC 17025:2017-accredited, NIST-traceable testing — but knowing how often to test is the first decision every quality team has to get right.
- [Infrared Thermometer Calibration: Methods & Intervals](https://microprecision.com/blog/infrared-thermometer-calibration/): Infrared thermometer calibration keeps non-contact temperature readings trustworthy when a probe can't touch what's being measured. Think of a moving conveyor line, a sterile fill room, or a patient's forehead. A gun that reads even a few tenths of a degree off tolerance can trigger a failed batch record, a missed fever screening, or a rejected weld inspection.Micro Precision Calibration's infrared thermometer calibration services verify these instruments against traceable blackbody references, so quality teams can trust every reading before it reaches a report. Here's how infrared thermometer calibration works, why intervals matter, and what happens when a program falls behind.
- [pH Meter & pH Probe Calibration: What Determines Accuracy and Compliance](https://microprecision.com/blog/ph-meter-calibration-compliance/): A pH meter that's off by even 0.2 units can push a pharmaceutical batch, wastewater sample, or food product outside its approved specification. That's why pH meter calibration is treated as a documented, traceable event in regulated environments, not an occasional bench chore. Micro Precision's pH meter calibration services exist because drift is constant: electrodes age, junctions clog, and temperature shifts readings whether anyone notices or not.
- [Pipette Calibration: ISO 17025 Standards, Methods & Intervals Explained](https://microprecision.com/blog/pipette-calibration-iso-17025/): Every microliter matters in a regulated laboratory. That’s why pipette calibration is one of the most overlooked yet consequential quality tasks on the bench. An out-of-tolerance pipette can quietly skew assay results, batch records, and clinical data for months before anyone notices. Micro Precision Calibration’s accredited pipette services follow ISO/IEC 17025:2017 quality and accreditation requirements, using ISO 8655 calibration methods designed to catch drift before it reaches your data. This guide explains the standards, methods, and recommended intervals behind a reliable program.
- [Anemometer Calibration: Standards, Methods, and Why Airflow Accuracy Matters](https://microprecision.com/blog/anemometer-calibration-standards/): Anemometer calibration standards exist so a handheld wind-speed meter's reading can actually be trusted. A reference wind tunnel used for national metrology work can calibrate airspeed sensors from roughly 1 to 75 meters per second, depending on the test section, with uncertainty tight enough to satisfy aerospace and pharmaceutical auditors alike. If your team relies on vane, hot-wire, or ultrasonic anemometers for HVAC balancing, cleanroom validation, or industrial ventilation, an uncalibrated reading can drift out of tolerance long before anyone notices. Micro Precision's anemometer calibration services correct that drift with ISO/IEC 17025-accredited testing, tying every reading back to a traceable national standard.
- [Autoclave Calibration: What Medical & Pharma Facilities Must Verify](https://microprecision.com/blog/autoclave-calibration-checklist/): A sterilizer that runs one degree cold can let a non-sterile instrument reach a patient. That is the entire argument for autoclave calibration: it is the paper trail proving every cycle actually hit the temperature, pressure, and time a device needs to be sterile. For a deeper look at how this fits into broader compliance work, see Micro Precision's medical and biomedical equipment calibration services, which covers the full range of instruments surveyors check during an inspection.
- [The Cost of Uncalibrated Semiconductor Test Equipment: Yield Loss, False Failures, and Recalls](https://microprecision.com/blog/uncalibrated-semiconductor-test-equipment/): Uncalibrated semiconductor test equipment doesn’t announce itself with an alarm. It shows up months later as scrapped good die, a customer return that should never have shipped, or a recall with your company’s name attached. Intel booked a $475 million charge in 1994 after a flawed floating-point unit slipped past verification. Microsoft later absorbed a $1.15 billion warranty charge for the Xbox 360’s solder-fatigue failures, a defect its qualification testing missed. Neither team set out to miss a defect. Their test process did. Here’s what drift in test equipment costs, and how tighter calibration discipline closes the gap.
- [Why RF and Microwave Equipment Calibration Needs a Specialized Lab](https://microprecision.com/blog/rf-microwave-calibration-lab/): An RF and microwave calibration lab has to do a lot more than a general-purpose shop attempting the same work. Connector wear, cable loss, and mismatch uncertainty all compound above a few hundred megahertz — frequencies a lab built around torque wrenches and DC sources usually isn't equipped to catch. In 2025, the ILAC network counted more than 114,600 accredited laboratories worldwide (ILAC, Facts & Figures, 2025) — yet only a fraction carry real RF/microwave scope. Here's what separates a lab that can actually calibrate your spectrum analyzer or VNA from one that just says it can.
- [What to Compare When Choosing Between Two Similarly Priced Calibration-Grade Instruments](https://microprecision.com/blog/calibration-grade-instruments/): Choosing between two similarly priced calibration-grade instruments comes down to a handful of details that never make it onto the marketing page. This guide walks through what to actually compare: how the accuracy spec is tested, whether your process can even hit the required test uncertainty ratio, what the accreditation scope covers (and doesn't), what as-found history reveals, and what the instrument really costs to own over its service life.
- [Is Calibration Data Becoming a Competitive Asset, Not Just a Compliance Record?](https://microprecision.com/blog/calibration-data-asset/): Calibration data used to have exactly one job: prove to an auditor that a given instrument was in tolerance on a given date. Print the certificate, file it, move on. That job hasn't disappeared. But over the past two years, the companies we service have started asking a different question about the same records — not "will this pass the audit?" but "what is this telling me about my process?"
- [What Happens If You Never Calibrate a Piece of Test Equipment at All](https://microprecision.com/blog/never-calibrate-test-equipment/): Fail to calibrate test equipment for long enough and an instrument doesn't just get "a little off" — it quietly rewrites every decision built on its readings. Industry analyses of FDA warning letters have found that a substantial share of calibration-related citations trace back to an inadequate program altogether, not a missed date on an otherwise sound one. If your team runs its instruments through an accredited calibration program, this is exactly the failure mode it protects against. Here's what actually happens, step by step, when nobody does that at all.
- [Can You Calibrate New Equipment Before It’s Even Installed?](https://microprecision.com/blog/can-you-calibrate-new-equipment/): A new analyzer shows up on a pallet, still shrink-wrapped, three weeks before your installation crew is scheduled to mount it. Can you calibrate new equipment like this before it's even installed, or does the clock only start once it's bolted into place? The answer depends on what the equipment is — and getting it wrong is how a routine install turns into a delayed validation report.
- [What’s Actually Included in a Standard Calibration Service](https://microprecision.com/blog/standard-calibration-service/): A standard calibration service is the baseline check most instruments get every six to twelve months: a technician compares your device against a known reference, records what it read before and after, and issues a certificate. That sounds simple, until your quality manager asks a harder question. Is the uncertainty statement on that certificate enough to survive your next audit? Does "standard" mean the same thing your last two vendors called it? The global calibration services market is on track to grow from USD 6.5 billion in 2025 to USD 9.4 billion by 2034, and a good share of that growth is coming from buyers who got burned by assuming "calibration" meant one universal thing. Here's exactly what's inside a standard calibration service, what usually costs extra, and how to read the certificate you get back.
- [National Calibration Companies vs. Regional Labs: Trade-Offs to Know](https://microprecision.com/blog/national-calibration-companies-vs-regional-labs-trade-offs/): A national calibration company operates multiple labs under one brand and one accreditation program, typically offering broader accreditation scope and standardized documentation across every location. A regional or independent lab usually runs a single facility serving one geographic area, typically offering faster local turnaround and closer working relationships. Neither model is universally better, the right fit depends on how many facilities you operate, how specialized your instruments are, and how much a shipping delay would actually cost you.
- [Test Equipment Rental vs. Purchase: Which Categories Make the Most Financial Sense](https://microprecision.com/blog/test-equipment-rental-vs-purchase/): The test equipment rental vs. purchase decision isn't just a cash-flow call — it's a category-by-category calculation. The global test and measurement equipment market is on track to hit $16.31 billion in 2026, up from $15.66 billion in 2025 (Mordor Intelligence, 2026), and a growing share of that spend is shifting from capital purchases to flexible rental agreements. Here's which categories belong on each side of the ledger.
- [Month-to-Month vs. Annual Calibration Service Contracts: What’s the Real Trade-Off?](https://microprecision.com/blog/calibration-service-contracts-month-to-month-vs-annual/): A month-to-month calibration contract bills per instrument or per visit with no annual minimum, while an annual contract locks in a set instrument count, a fixed price, and a defined turnaround window for a full year. The right choice depends on how many instruments you manage, how predictable your calibration schedule is, and what unplanned downtime actually costs your operation.
- [Types of Data Loggers: Critical Differences to Know](https://microprecision.com/blog/types-of-data-loggers/): Choosing among the many types of data loggers on the market gets confusing fast, and the wrong pick creates real operational risk. A facility that installs a single-channel logger where a multi-channel unit was needed ends up blind to half its critical monitoring points. That gap shows up during an audit, not before. A wireless logger placed in a steel-walled freezer room can drop packets right when a compliance audit needs a complete record. In 2026, most facilities monitoring temperature, humidity, voltage, or vibration face the same two decisions: channel count and connection type. This guide compares both trade-offs so you can match the logger to the job, not the other way around.
- [Weight and Scale Calibration Services: What Manufacturers Overlook](https://microprecision.com/blog/scale-calibration-services/): Scale calibration services often get treated as a compliance checkbox — a technician swings by, hangs a test weight, and prints a certificate. In 2025, ANAB (the ANSI National Accreditation Board) logged 548 laboratory nonconformities, and performance-monitoring gaps were the single largest category (Micro Precision, 2026). Manufacturers who only ask "is it calibrated?" miss the failures that cause scrapped batches, failed audits, and out-of-tolerance shipments. Here's what most providers never mention.
- [ISO 17025 Weight Calibration: What Accreditation Covers](https://microprecision.com/blog/iso-17025-weight-calibration/): An ISO 17025 weight calibration certificate looks like a blanket guarantee, but it isn't one. The accreditation only covers what appears on a lab's published scope: a specific measurement parameter, a specific mass range, and a specific uncertainty the lab is authorized to report — nothing outside those lines counts as accredited, no matter what the certificate's header claims (ANAB, 2025). For many facilities, that scope covers only part of the 1 mg to 100 kg range they actually use day to day. This article breaks down what an ISO 17025 weight calibration accreditation legally guarantees, where its boundaries sit, and how to check a lab's scope before trusting its stamp.
- [NIST-Traceable Load Cell Calibration: What Buyers Should Verify Before Trusting a Certificate](https://microprecision.com/blog/nist-traceable-load-cell-calibration/): NIST-traceable load cell calibration is not something you can confirm by reading a single line on a certificate. NIST states plainly that it "does not define, specify, assure, or certify" the traceability of any measurement result except the ones it directly provides (NIST, Metrological Traceability). In other words, the burden of proof sits with the calibrating lab, not with the phrase printed on the certificate.
- [ADAS Calibration: What It Is and Why It’s Critical for Vehicle Safety](https://microprecision.com/blog/adas-calibration-vehicle-safety/): ADAS calibration is the process of aiming a vehicle's cameras, radar units and other sensors, then verifying that the modules behind them read the road correctly. Replace a windshield, straighten a bumper, or change a vehicle's ride height, and those sensors can end up pointing somewhere slightly different from where the factory put them. Slightly is enough. A forward camera off by a single degree misjudges lane position badly at highway speed, and automatic braking then fires late — or doesn't fire at all.
- [ESD Gun Calibration: Why Electronics and Semiconductor Facilities Can’t Skip It](https://microprecision.com/blog/esd-gun-calibration/): If your facility is part of the electronics manufacturing industry and handles semiconductor devices or populated circuit boards, ESD gun calibration isn't a paperwork formality — it's what stands between a passing immunity test and a device that fails in the field for a reason nobody can reproduce. An ESD simulator that's drifted out of tolerance can still fire, still display a voltage setting, and still "pass" a casual visual check, while quietly failing to reproduce the exact discharge waveform a standard requires.
- [Cost of Downtime in Manufacturing: The Hidden Instrument Risk](https://microprecision.com/blog/cost-of-downtime-in-manufacturing/): Picture an $800 torque wrench that drifts out of calibration on a medical device line. By the time anyone catches it, the tool has touched 2,800 implantable devices — and the resulting scrap, rework, and recall costs land north of $700,000. At Micro Precision, we see this pattern often: the real cost of downtime in manufacturing rarely starts with the machine. It starts with one instrument nobody double-checked.
- [Why Supplier Scorecards Increasingly Include Calibration Compliance Metrics](https://microprecision.com/blog/calibration-compliance-metrics/): Calibration compliance metrics are the newest line item on supplier scorecards across aerospace, medical device, and automotive supply chains. A scorecard used to stop at on-time delivery and defect rate - now buyers are adding ISO/IEC 17025 accreditation status, on-time calibration percentage, and out-of-tolerance findings as standing requirements, not afterthoughts.
- [Why Calibration Belongs in New Product Introduction Planning, Not as an Afterthought](https://microprecision.com/blog/calibration-in-new-product-introduction/): Most product development teams write "calibration" onto a checklist somewhere around pilot build — right after the prototype already exists and long after the tolerances that decide whether it passes inspection have been locked in. That sequencing is backwards, and it's a pattern our ISO/IEC 17025-accredited calibration labs see across aerospace, medical device, and electronics programs alike. In 2024, medical device recalls climbed to a four-year high, with Class I recalls — the category tied to serious injury risk — at their highest level in 15 years (Sedgwick, 2025). This article makes the case for treating calibration in new product introduction planning as a design input, not a launch-week task, and shows what that looks like on a real program timeline.

## Pages
- [AI Data Center Calibration Services](https://microprecision.com/industries/ai-data-center-calibration/): Micro Precision provides internationally accredited calibration and equipment management solutions for AI data centers, hyperscale facilities, colocation providers, and mission-critical infrastructure. Our global ISO/IEC 17025:2017 accredited laboratory network delivers NIST-traceable data center calibration and technical support services worldwide. Request a Quote.
- [ECG Simulator Calibration Services](https://microprecision.com/services/instrument-calibration/ecg-simulator-calibration-services/): Micro Precision provides ECG simulator calibration services under ISO/IEC 17025:2017 accreditation, verifying waveform output against NIST-traceable reference standards. Accurate ECG simulator calibration confirms your device delivers dependable signals for testing ECG monitors, EKG machines, and cardiac diagnostic equipment used across healthcare and biomedical research settings. Request a Quote.
- [Patient Simulator Calibration Services](https://microprecision.com/services/instrument-calibration/patient-simulator-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited patient simulator calibration services with NIST-traceable results for multiparameter and vital signs simulators. Our calibration labs verify SpO2, NIBP, temperature, and other parameters used to test patient monitors, giving healthcare and biomedical quality teams audit-ready documentation and dependable measurement accuracy. Request a Calibration Quote
- [Megger Calibration Services](https://microprecision.com/services/instrument-calibration/manufacturers/megger/): Micro Precision provides ISO/IEC 17025:2017 accredited, NIST-traceable calibration services for Megger insulation resistance testers and related electrical test instruments. Our global network of 50+ calibration labs supports MIT insulation testers, DLRO digital low resistance ohmmeters, multifunction installation testers, and a variety of other Megger instruments, backed by a certificate of calibration for every unit serviced. Request a Calibration Quote
- [Leak Detector Calibration Services](https://microprecision.com/services/instrument-calibration/leak-detector-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited, NIST-traceable leak detector calibration services for helium mass spectrometer, ultrasonic, refrigerant, and other gas-sensing leak detectors used across aerospace, defense, medical, and manufacturing facilities. Every instrument returns with a certificate of calibration documenting the results. Request a calibration quote to schedule leak detector calibration through our nationwide laboratory network.
- [Interferometer Calibration Services](https://microprecision.com/services/instrument-calibration/interferometer-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited interferometer calibration services with NIST-traceable results for laser, Michelson, and Fizeau interferometers used in high-precision dimensional and optical measurement. Our accredited laboratories support aerospace, defense, medical, and manufacturing quality programs nationwide. Request a calibration quote today.
- [Mettler Toledo Calibration Services](https://microprecision.com/services/instrument-calibration/manufacturers/mettler-toledo/): ISO/IEC 17025:2017 accredited, NIST-traceable calibration for Mettler Toledo scales, balances, and load cells across 50+ global labs. Request a Calibration Quote
- [Life Science & Pharma Calibration Services](https://microprecision.com/industries/life-science-pharma-calibration/): Micro Precision provides ISO/IEC 17025:2017 accredited calibration for life science and pharmaceutical laboratory equipment, with NIST-traceable results supporting ISO 9001 and GMP-regulated environments.
- [Psychrometer Calibration Services](https://microprecision.com/services/instrument-calibration/psychrometer-calibration-services/): Micro Precision's ISO/IEC 17025:2017 accreditation and NIST-traceable measurement chain give quality managers a documented, audit-ready calibration record for every sling, aspirated, or digital psychrometer submitted, supporting compliance across agricultural, food safety, and industrial quality systems.
- [Humidity Calibration Services](https://microprecision.com/services/instrument-calibration/humidity-calibration-services/): Humidity Calibration ServicesAccredited Humidity Calibration You Can CertifyInquire nowISO/IEC 17025 Accredited, NIST-Traceable Humidity CalibrationWhere Accurate Humidity Calibration MattersAerospace and DefensePharmaceutical and BiotechFood and BeverageIndustrial ManufacturingHumidity Instruments We CalibrateProcess-line and field-mounted relative humidity transmitter calibration for environmental monitoringPrecision dew point instrument calibration for compressed air, process gas, and cleanroom applicationsEnvironmental and stability chamber calibration across full operating rangeHumidity and temperature chart recorder calibration and verificationWet-bulb/dry-bulb psychrometer calibration for reference-level accuracyRelative humidity probe and sensor calibration for process and laboratory useHow Our Service WorksHow Our Humidity Calibration Process WorksIncoming humidity instruments are logged, inspected for damage, and matched to their calibration history.
- [Light Meter Calibration Services](https://microprecision.com/services/instrument-calibration/light-meter-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited light meter calibration services for lux meters, foot-candle meters, and illuminance meters used in workplace safety, photography, and quality inspection. Every calibration includes NIST-traceable measurement and a signed certificate of calibration, giving quality and compliance teams documentation ready for audit. Request a Calibration Quote
- [Optical Comparator Calibration Services](https://microprecision.com/services/instrument-calibration/optical-comparator-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited optical comparator calibration for shadowgraph optical comparators and profile projectors, verifying X-Y linearity, magnification, and angle accuracy with NIST-traceable results across a global network of 50+ calibration labs. Every instrument returns with a certificate of calibration documenting compliance. Request a calibration quote today and put a definitive standard behind your part-geometry inspection program.
- [Photometer Calibration Services](https://microprecision.com/services/instrument-calibration/photometer-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited, NIST-traceable photometer calibration services for radiometer/photometer combination meters, aerosol photometers, and other scientific and industrial light-intensity instruments. Request a calibration quote today to keep your photometer inventory audit-ready and measurement-accurate.
- [Microscope Calibration Services](https://microprecision.com/services/instrument-calibration/microscope-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited microscope calibration with full NIST traceability, verifying toolmaker's microscopes, measuring microscopes, optical comparators, and a variety of other microscope types used for dimensional and visual inspection. Every instrument returns with a certificate of calibration from a network of more than 50 labs. Request a Calibration Quote
- [Leak Tester Calibration Services](https://microprecision.com/services/instrument-calibration/leak-tester-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited, NIST-traceable leak tester calibration for pressure decay leak testers, vacuum decay leak testers, and bubble leak test systems used to verify seal integrity across manufacturing and test environments. Every leak tester returns with a certificate of calibration documenting the results. Request a calibration quote to schedule leak tester calibration through our nationwide laboratory network.
- [Pyrometer Calibration Services](https://microprecision.com/services/instrument-calibration/pyrometer-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited, NIST-traceable pyrometer calibration for optical, infrared, and ratio pyrometers used in high-temperature industrial process control. Every pyrometer calibration includes NIST-traceable results and a certificate of calibration. Furnace, kiln, foundry, glass, and metal processing facilities rely on Micro Precision to keep process pyrometers accurate and audit-ready.Request a Calibration Quote
- [Colorimeter Calibration Services](https://microprecision.com/services/instrument-calibration/colorimeter-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited colorimeter calibration services with NIST-traceable results across a global network of 50+ calibration laboratories. This service covers industrial and laboratory colorimeters used for color measurement in manufacturing, textiles, printing, and food and beverage quality control, not consumer devices used to calibrate a computer monitor or display. Request a Calibration Quote
- [Megohmmeter Calibration Services](https://microprecision.com/services/instrument-calibration/megohmmeter-calibration-services/): Micro Precision delivers ISO/IEC 17025:2017 accredited, NIST-traceable megohmmeter calibration for handheld, benchtop, motor, and cable insulation testing instruments from Megger, Fluke, AEMC, Chelton, and other manufacturers. With more than 50 laboratories serving aerospace, defense, electrical utility, and manufacturing programs, Micro Precision provides the documented calibration record your insulation resistance testing program requires, backed by ANSI/NCSL Z540.3 compliant processes. Submit a request today to discuss your megohmmeter inventory, service level requirements, and calibration options.
- [Tensile Tester Calibration Services](https://microprecision.com/services/instrument-calibration/tensile-tester-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited tensile tester calibration services for universal testing machines, load frames, and benchtop testers. Every calibration verifies force readings against NIST-traceable reference standards and includes a certificate of calibration documenting the results. Request a Calibration Quote
- [Conductivity Meter Calibration Services](https://microprecision.com/services/instrument-calibration/conductivity-meter-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited, NIST-traceable conductivity meter calibration services for both eddy current conductivity meters used in metal and alloy testing and liquid and water conductivity meters used in water quality and lab chemistry.Request a Calibration Quote
- [Electronic Load Calibration Services](https://microprecision.com/services/instrument-calibration/electronic-load-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited, NIST-traceable electronic load calibration services for DC electronic loads, programmable electronic loads, and multi-channel load banks used across power supply and battery test systems. Every instrument returns with a certificate of calibration documenting the results. Request a calibration quote to schedule electronic load calibration through our nationwide laboratory network. Request a Calibration Quote
- [Height Gage Calibration Services](https://microprecision.com/services/instrument-calibration/height-gage-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited height gage calibration services for digital, dial, vernier, and electronic height gages (height gauges), backed by NIST-traceable results across a global network of 50+ calibration labs. Every instrument returns with a certificate of calibration documenting compliance. Request a calibration quote today and put a definitive standard behind your dimensional measurement program. Request a Calibration Quote
- [Durometer Calibration Services](https://microprecision.com/services/instrument-calibration/durometer-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited durometer calibration services with full NIST traceability, verifying Shore A, Shore D, and Shore OO durometers used to measure the surface hardness of rubber, elastomers, and plastics. Every instrument returns with a certificate of calibration from a network of more than 50 labs nationwide. Request a Calibration Quote
- [Hardness Tester Calibration Services](https://microprecision.com/services/instrument-calibration/hardness-tester-calibration-services/): Micro Precision delivers ISO/IEC 17025:2017 accredited, NIST-traceable hardness tester calibration services for Rockwell, Brinell, Vickers, and Leeb hardness testers, backed by a network of more than 50 calibration labs. Quality managers get audit-ready documentation. Procurement officers get a single certified vendor for an entire hardness testing fleet. Lab technicians get calibration results they can trust. Request a Calibration Quote
- [Centrifuge Calibration Services](https://microprecision.com/services/instrument-calibration/centrifuge-calibration-services/): Micro Precision delivers ISO/IEC 17025:2017 accredited centrifuge calibration with NIST traceability, documented certificates, and on-site service for large floor-model and refrigerated units. With more than 50 laboratories serving pharmaceutical, biotech, clinical laboratory, and research organizations, Micro Precision provides the accredited calibration record your quality program requires. Request a Calibration Quote
- [Torque Analyzer Calibration Services](https://microprecision.com/services/instrument-calibration/torque-analyzer-calibration-services/): Micro Precision delivers ISO/IEC 17025:2017 accredited, NIST-traceable torque analyzer calibration services for digital and analog analyzers used to verify torque wrenches, screwdrivers, and nutrunners across a global network of more than 50 calibration laboratories. Quality managers, metrologists, and procurement teams rely on Micro Precision for documented traceability, in-lab and on-site service options, and a single accredited vendor for their entire torque analyzer fleet. Request a Calibration Quote
- [Torque Meter Calibration Services](https://microprecision.com/services/instrument-calibration/torque-meter-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited torque meter calibration services with NIST-traceable results across a global network of 50+ calibration laboratories. Our metrologists calibrate dial and digital torque meters, including handheld and inline models, against certified torque reference standards, issuing a certificate of calibration with every instrument returned. Request a Calibration Quote
- [Force Gauge Calibration Services](https://microprecision.com/services/instrument-calibration/force-gauge-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited force gauge calibration services with full NIST traceability. Our accredited labs calibrate a variety of digital and mechanical force gauges, delivering documented measurement accuracy and certified compliance for aerospace, defense, medical, automotive, and manufacturing programs. Request a Calibration Quote
- [Force Sensor Calibration Services](https://microprecision.com/services/instrument-calibration/force-sensor-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited force sensor calibration services with NIST-traceable results across a global network of 50+ calibration laboratories. Our metrologists calibrate piezoelectric, strain gauge, and capacitive force sensors used in dynamic tension, compression, and materials testing applications, issuing a certificate of calibration with every instrument returned. Request a Quote
- [Pressure Relief Valve Calibration Services](https://microprecision.com/services/instrument-calibration/pressure-relief-valve-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited pressure relief valve testing services with NIST-traceable results across a global network of 50+ calibration laboratories. Our metrologists test spring-loaded and pilot-operated relief valves for set (popping) pressure and reseat pressure, issuing a certificate of calibration with every valve returned Request a Calibration Quote
- [Pressure Controller Calibration Services](https://microprecision.com/services/instrument-calibration/pressure-controller-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited pressure controller calibration services with NIST-traceable results across a global network of 50+ calibration laboratories. Our metrologists calibrate pneumatic, hydraulic, and digital pressure controllers against certified reference standards, issuing a certificate of calibration with every instrument returned. Request a Calibration Quote
- [Viscometer Calibration Services](https://microprecision.com/services/instrument-calibration/viscometer-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited viscometer calibration services with NIST-traceable results across a global network of 50+ calibration laboratories. Our metrologists calibrate rotational, capillary, and cone-and-plate viscometers against certified viscosity standards, issuing a certificate of calibration with every instrument returned. Request a Calibration Quote
- [Dosimeter Calibration Services](https://microprecision.com/services/instrument-calibration/dosimeter-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited dosimeter calibration services with NIST-traceable results across a global network of 50+ calibration laboratories. Our metrologists calibrate electronic personal dosimeters, direct-reading dosimeters, and survey meters against certified radiation reference sources, issuing a certificate of calibration with every instrument returned. Request a Calibration Quote
- [Spectrometer Calibration Services](https://microprecision.com/services/instrument-calibration/spectrometer-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited spectrometer calibration services with full NIST traceability. Our accredited labs calibrate a variety of spectrometers and spectrophotometers, delivering documented measurement accuracy and certified compliance for aerospace, defense, medical, automotive, and manufacturing programs. Request a Calibration Quote
- [Resistance Bridge Calibration Services](https://microprecision.com/services/instrument-calibration/resistance-bridge-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited resistance bridge calibration services with full NIST traceability. Our accredited labs calibrate a variety of Wheatstone, Kelvin, and RLC/impedance bridges, delivering documented measurement accuracy and certified compliance for aerospace, defense, medical, automotive, and manufacturing programs. Request a Calibration Quote
- [Safety Analyzer Calibration Services](https://microprecision.com/services/instrument-calibration/safety-analyzer-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited electrical safety analyzer calibration services with full NIST traceability. Our accredited labs calibrate a variety of biomedical and general electrical safety analyzers, delivering documented measurement accuracy and certified compliance for aerospace, defense, medical, automotive, and manufacturing programs. Request a Calibration Quote
- [Source Meter Calibration Services](https://microprecision.com/services/instrument-calibration/source-meter-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited source meter calibration services with full NIST traceability. Our accredited labs calibrate a variety of source meters and source measure units (SMUs), delivering documented measurement accuracy and certified compliance for aerospace, defense, medical, automotive, and manufacturing programs Request a Calibration Quote
- [Ohmmeter Calibration Services](https://microprecision.com/services/instrument-calibration/ohmmeter-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited ohmmeter calibration services with full NIST traceability. Our accredited labs calibrate a variety of analog and digital ohmmeters, delivering documented measurement accuracy and certified compliance for aerospace, defense, medical, automotive, and manufacturing programs. Request a Calibration Quote
- [Current Transformer Calibration Services](https://microprecision.com/services/instrument-calibration/current-transformer-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited current transformer calibration services with full NIST traceability. Our accredited laboratories calibrate fixed, installed current transformers used in utility metering, switchgear, and protection circuits, verifying ratio, polarity, burden, and insulation resistance. Quality teams receive documented, audit-ready results. Request a Calibration Quote
- [Pressure Calibration Services](https://microprecision.com/services/instrument-calibration/pressure/): Pressure Calibration ServicesAccredited Pressure Calibration You Can TrustInquire nowISO/IEC 17025 Accredited, NIST-Traceable Pressure CalibrationWhat is pressure calibration?Pressure calibration is the process of comparing a pressure instrument's output reading against a certified reference standard under controlled conditions and adjusting it so its readings stay within a defined tolerance. Accredited pressure calibration confirms that a gauge, transducer, transmitter, or switch reports the correct pressure, with results traceable to national standards through NIST.Where Accurate Pressure Calibration Matters
- [Capacitance Meter Calibration Services](https://microprecision.com/services/instrument-calibration/capacitance-meter-calibration-services/): Micro Precision delivers ISO/IEC 17025:2017 accredited capacitance meter calibration services with complete NIST traceability for digital capacitance meters and capacitor analyzers. Every instrument undergoes calibration against certified reference standards, and each calibration includes a certificate documenting results. Quality managers, lab technicians, and procurement teams across aerospace, defense, medical, and manufacturing industries rely on our network for dependable turnaround. Request a Calibration Quote
- [Cable Tester Calibration Services](https://microprecision.com/services/instrument-calibration/cable-tester-calibration-services/): Micro Precision delivers ISO/IEC 17025:2017 accredited cable tester calibration services for continuity, harness, hipot, and cable-fault testing equipment. Every calibration includes NIST-traceable results and a certificate of calibration, backed by a global network of 50+ accredited labs. Request a calibration quote and keep your cable test equipment audit-ready. Request a Calibration Quote
- [Frequency Counter Calibration Services](https://microprecision.com/services/instrument-calibration/frequency-counter-calibration-services/): Micro Precision delivers ISO/IEC 17025:2017-accredited frequency counter calibration services with NIST-traceable results from a global network of 50+ calibration labs. Our frequency counter calibration program covers audio, RF, and microwave frequency counters from leading manufacturers, backed by a certificate of calibration for every unit tested. Request a Calibration Quote
- [Ground Resistance Tester Calibration Services](https://microprecision.com/services/instrument-calibration/ground-resistance-tester-calibration-services/): Micro Precision delivers ISO/IEC 17025:2017 accredited ground resistance tester calibration services with full NIST traceability and certified documentation. Our calibration process restores instrument accuracy, supports audit readiness, and keeps ground and earth resistance testers compliant with ANSI/NCSL Z540.3 requirements. Request a calibration quote today for fast, accredited turnaround from a trusted national provider. Request a Calibration Quote
- [Ammeter Calibration Services](https://microprecision.com/services/instrument-calibration/ammeter-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited ammeter calibration services with full NIST traceability. Our accredited labs calibrate a variety of analog, digital, and clamp-on ammeters, delivering documented measurement accuracy and certified compliance for aerospace, defense, medical, automotive, and manufacturing programs. Request a calibration quote today. Request a Calibration Quote
- [Balance & Scale Calibration Services](https://microprecision.com/services/instrument-calibration/balance-scale-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited balance calibration services and scale calibration services for analytical balances, precision balances, and industrial scales. Every instrument is calibrated against NIST-traceable certified weights and returned with a calibration certificate. Request a calibration quote today for lab-grade balances or high-capacity industrial scales. Request a Calibration Quote
- [Torque Calibration Services](https://microprecision.com/services/instrument-calibration/torque/): Torque Calibration ServicesAccredited Torque Calibration You Can CertifyInquire nowISO/IEC 17025 Accredited, NIST-Traceable Torque CalibrationWhat is torque calibration?Torque calibration is the process of measuring a torque tool's output against a certified reference standard and adjusting it so its readings stay within a defined tolerance. Accredited torque calibration confirms that a torque wrench, transducer, or screwdriver delivers the correct rotational force, with results traceable to national standards through NIST.Where Accurate Torque Calibration Matters
- [Micrometer Calibration Services](https://microprecision.com/services/instrument-calibration/micrometer-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited, NIST-traceable micrometer calibration for outside, inside, digital, and depth micrometers at 50+ labs nationwide. Request a calibration quote today.
- [Power Analyzers Calibration Services](https://microprecision.com/services/instrument-calibration/power-analyzers-calibration-services/): Micro Precision calibrates power analyzers used to measure voltage, current, power factor, and harmonics, correcting drift caused by component aging and thermal cycling. Our ISO/IEC 17025:2017 accredited labs issue NIST-traceable certificates for aerospace, defense, energy, and manufacturing applications, with in-lab and on-site calibration available nationwide.
- [Load Cell Calibration Services](https://microprecision.com/services/instrument-calibration/load-cell-calibration-services/): Micro Precision provides ISO/IEC 17025:2017 accredited load cell calibration services with NIST-traceable measurement standards. Serving aerospace, defense, medical device, and manufacturing industries, our accredited labs deliver a certificate of calibration for every instrument. Submit your load cells for in-lab service or schedule an on-site calibration visit today. Request a Calibration Quote

## Products
- [Starrett C635 – Ruler – Steel](https://microprecision.com/calibration/starrett-c635/): The Starrett C635 Steel Ruler is a precision measuring tool designed to provide accurate measurements for a variety of applications. With a durable steel construction, this ruler is built to withstand daily use in industrial, workshop, and professional settings. It features a length suitable for a range of tasks, making it versatile for both small-scale and large-scale projects. The ruler is marked with clear and easy-to-read graduations, ensuring precise measurements for enhanced productivity and accuracy. Its corrosion-resistant finish adds to its longevity, maintaining its performance over time even in demanding environments. The Starrett C635 Steel Ruler is an essential tool for professionals, craftsmen, and hobbyists who require reliable and accurate measurements in their work.
- [Starrett C416R-24 Ruler – Steel](https://microprecision.com/calibration/starrett-c416r/): The Starrett C416R-24 Steel Ruler is a versatile and durable measuring tool designed to provide accurate measurements in various applications. With a length of 24 inches, this ruler offers a convenient size for both professional and DIY projects. Its steel construction ensures durability and resistance to wear and tear, making it suitable for repeated use in challenging environments. The ruler features clear and easy-to-read graduations, enabling precise measurements for enhanced accuracy in woodworking, metalworking, construction, and other tasks. Its corrosion-resistant finish adds to its longevity, maintaining its accuracy over time. The Starrett C416R-24 Steel Ruler is a reliable choice for users who require consistent and dependable measurements in their work.
- [Starrett 454z – Height Gauge – Vernier](https://microprecision.com/calibration/starrett-454z/): The Starrett 454z Height Gage with a Vernier scale is a precision tool designed for accurately measuring heights and step dimensions in various machining, metalworking, and engineering applications.
- [Starrett 454 – Height Gauge – Vernier](https://microprecision.com/calibration/starrett-454/): The Starrett 454 Height Gauge with a Vernier scale is a precision tool designed for measuring heights and step dimensions accurately. It is commonly used in machining, metalworking, and engineering applications where precise height measurements are crucial.
- [Starrett  450 – Depth Gauge – Dial](https://microprecision.com/calibration/starrett-450/): The Starrett 450 Depth Gage with a dial is a precision instrument designed for measuring depths accurately and reliably. It is commonly used in machining, metalworking, and engineering applications where precise depth measurements are essential.
- [Starrett 439-Universal Bevel Protractor / Combination Protractor](https://microprecision.com/calibration/starrett-439/): The Starrett 439-Universal Bevel Protractor, also known as a Combination Protractor, is a versatile and precision tool designed for measuring and marking angles with accuracy. This protractor is commonly used in woodworking, metalworking, and engineering applications where precise angle measurements are crucial.
- [Starrett 423-Ruler – Steel – No. 423 Series](https://microprecision.com/calibration/starrett-423/): The Starrett 423 Series Steel Ruler is a precision instrument designed for accurate measurements in various applications. Crafted from high-quality steel, the ruler is durable and resistant to wear, ensuring long-term reliability. Its No. 423 designation signifies its place in Starrett's renowned series of measurement tools. The ruler features precise graduations marked in inches and millimeters, allowing for versatile use across different measurement systems. Its clear markings and easy-to-read scale make it ideal for professionals and hobbyists alike who require accuracy and consistency in their work. The Starrett 423 Series Steel Ruler is available in various lengths to suit different needs, making it a versatile and essential tool in any workshop or toolbox.
- [Starrett 387-Straight Edge](https://microprecision.com/calibration/starrett-387/): The Starrett 387-24 Straight Edge is a precision tool designed for accurate straight edge measurements in various applications such as woodworking, metalworking, and engineering. With a length of 24 inches, this straight edge provides a reliable reference surface for checking flatness, leveling, and alignment. Made from high-quality materials, it ensures durability and stability during use.
- [Starrett 2600 – Digital Indicator](https://microprecision.com/calibration/starrett-2600/): The Starrett 2600 Digital Indicator is a precision measurement tool designed for accuracy and reliability in various industrial applications. Its specifications include:
- [KIKUSUI PAS40-DC Power Supply](https://microprecision.com/calibration/kikusui-pas40/): The KIKUSUI PAS40-DC Power Supply is a versatile and reliable power source designed for electronic testing, research, and industrial applications. It provides stable and regulated power for a wide range of electronic components, circuits, and systems. Here are the key specifications of the KIKUSUI PAS40-DC Power Supply:
- [KIKUSUI PAS20-DC Power Supply](https://microprecision.com/calibration/kikusui-pas20/): The KIKUSUI PAS20-DC Power Supply is a reliable and versatile power source designed for electronic testing, research, and industrial applications. With an output voltage of 20V and a maximum current capacity, this power supply provides stable and regulated power for a variety of electronic components, circuits, and systems. Here are the key specifications of the KIKUSUI PAS20-DC Power Supply:
- [Kikusui PAB70-Power Supply](https://microprecision.com/calibration/kikusui-pab70/): The Kikusui PAB70 Power Supply is a high-quality and versatile instrument designed for various electronic testing and research applications. It provides precise voltage and current output capabilities, making it suitable for laboratories, educational institutions, and industrial environments. The PAB70 features a compact and ergonomic design, ensuring ease of use and integration into different setups. With its advanced safety features and reliable performance, this power supply is an excellent choice for engineers, researchers, and technicians working on electronic projects. The Kikusui PAB70 Power Supply delivers precise and reliable performance, making it an essential tool for electronic testing, development, and research projects. Its compact size, advanced safety features, and remote control capabilities make it a valuable asset for professionals in various fields.
- [Kikusui PAB350-Power Supply](https://microprecision.com/calibration/kikusui-pab350/): Kikusui PAB350 is a precision programmable power supply designed to meet the demanding requirements of various electronic testing and research applications. This power supply offers reliable performance and precise control over voltage and current outputs, making it suitable for a wide range of test scenarios. The PAB350 features advanced programming capabilities, high-resolution displays, and multiple protection mechanisms to ensure safe and accurate operation. Its compact design and user-friendly interface make it ideal for both benchtop and rack-mounted setups in laboratories, production lines, and educational environments.
- [Kikusui PAB32-Power Supply](https://microprecision.com/calibration/kikusui-pab32/): The Kikusui PAB32 is a series of DC power supplies that provide a regulated voltage output to electronic devices. They are available in multiple models with varying voltage and current capabilities.
- [Kikusui PAB18-Power Supply](https://microprecision.com/calibration/kikusui-pab18/): The Kikusui PAB18 is a versatile power supply designed to meet a wide range of electronic testing and development needs. It offers precise control, reliability, and safety features, making it suitable for various applications in laboratories, production lines, and educational settings. The power supply is equipped with advanced functionalities to ensure efficient power delivery and performance.
- [Kikusui PAB110-Power Supply](https://microprecision.com/calibration/kikusui-pab110/): The KIKUSUI PAB110 is a versatile programmable power supply designed to meet the diverse needs of electronics testing and development. With its robust construction and advanced features, the PAB110 offers precise control over voltage and current outputs, making it suitable for a wide range of applications in laboratories, production environments, and research facilities. Its compact size and user-friendly interface make it easy to integrate into existing setups and workflows.
- [Kikusui DPSVE40-Power Supply](https://microprecision.com/calibration/kikusui-dpsve40/): The Kikusui DPSVE40 is a sophisticated programmable DC power supply engineered to meet the exacting demands of various industrial and research applications. Its precise voltage and current control capabilities make it well-suited for powering and testing electronic devices, components, and circuits in laboratories, production facilities, and R&D environments. With its compact yet robust design, the DPSVE40 power supply offers a reliable and versatile solution for engineers and technicians working on diverse projects.
- [Kikusui DPSV50-Power Supply](https://microprecision.com/calibration/kikusui-dpsv50/): The Kikusui DPSV50 is a high-performance programmable DC power supply designed for demanding applications in research, development, testing, and production environments. This power supply offers precise control over voltage and current output, making it suitable for powering and testing a wide range of electronic devices, components, and circuits. Its robust design and advanced features make it a reliable choice for engineers and technicians working on various projects.
- [Kikusui DPSV4-Power Supply](https://microprecision.com/calibration/kikusui-dpsv4/): KIKUSUI DPSV4 is a versatile programmable DC power supply designed to meet the demanding requirements of various applications. It offers precise voltage and current control, making it suitable for testing and powering electronic devices, components, and circuits in research, development, and production environments. The DPSV4 power supply features a compact and robust design, making it easy to integrate into existing setups and test systems. Its advanced functionality and user-friendly interface make it a reliable choice for engineers and technicians working on a wide range of projects.
- [Kikusui 929-Calibration Resistor](https://microprecision.com/calibration/kikusui-929/): The Kikusui 929 Calibration Resistor is a precision instrument used for calibrating and verifying the accuracy of electrical measurement equipment, such as multimeters and oscilloscopes. This resistor is designed to provide a stable and known resistance value, ensuring reliable calibration results. The Kikusui 929 is widely used in laboratories, calibration facilities, and electronics manufacturing environments where precise measurements are essential for quality control and compliance with standards.
- [Kikusui 149- High Voltage Meter](https://microprecision.com/calibration/kikusui-149/): Kikusui 149 is a high-voltage meter designed for precision measurements in high-voltage testing environments. This versatile instrument is ideal for various applications that require accurate voltage readings, such as power supply testing, electronic component evaluation, and electrical equipment maintenance. The Kikusui 149 offers a wide measurement range and high resolution, ensuring reliable performance in demanding test scenarios.
- [Sorensen XHR33-33 Compact BenchTop DC Power Supply – 1089 W, 0-33 V, 0-33 A – Xantrex](https://microprecision.com/calibration/sorensen-xhr33-33/): The Sorensen XHR33-33 Compact BenchTop DC Power Supply, hypothetically designed by Xantrex, is a robust and versatile unit suitable for various laboratory and industrial applications. With a power rating of 1089 watts, voltage output ranging from 0 to 33 volts, and current output from 0 to 33 amps, this power supply offers precise control and stable performance. It is ideal for powering electronic devices, conducting tests, and supporting research and development activities that require a compact and reliable power source on the benchtop.
- [Sorensen Sgi 80-DC Power Supply](https://microprecision.com/calibration/sorensen-sgi-80/): The Sorensen SGI 80-DC Power Supply is a compact and efficient solution designed for various industrial and laboratory applications that require precise control over voltage and current outputs. With a maximum output power of 80V and 125A, this power supply offers up to 10kW of continuous power delivery. Its programmable settings and remote sensing capabilities enable users to customize and monitor output parameters with ease. Equipped with built-in protection features, the SGI 80-DC Power Supply ensures safe and reliable operation, making it suitable for use in demanding environments.
- [Sorensen Sgi 600-DC Power Supply](https://microprecision.com/calibration/sorensen-sgi-600/): The Sorensen SGI 600-DC Power Supply is a robust and reliable solution designed to meet the demanding requirements of various industrial and research applications. With a maximum output power of 600V and 25A, this power supply delivers up to 15kW of continuous power, making it suitable for high-power applications that require precise voltage and current control. Its advanced features include programmable output settings, remote sensing capabilities, and built-in protection mechanisms to ensure safe and stable operation. The SGI 600-DC Power Supply is a versatile tool for laboratories, manufacturing facilities, and testing environments where precise and high-power DC sources are essential.
- [Sorensen Sga 80-DC Power Supply](https://microprecision.com/calibration/sorensen-sga-80/): The Sorensen SGA 80-DC power supply is a reliable and efficient solution designed for various industrial and laboratory applications requiring precise DC power delivery. With its compact design and advanced features, the SGA 80-DC offers adjustable voltage and current settings, allowing users to tailor the output to specific requirements. This power supply ensures stable and clean power output with low ripple and noise, making it suitable for powering sensitive electronic devices and test setups. Equipped with protection mechanisms such as overvoltage, overcurrent, and overtemperature protection, the SGA 80-DC ensures safe and reliable operation in diverse environments.
- [Sorensen Sga 600-DC Power Supply](https://microprecision.com/calibration/sorensen-sga-600/): The Sorensen SGA 600-DC power supply is a high-performance and versatile solution designed for demanding industrial and laboratory applications. With its advanced features and robust design, the SGA 600-DC delivers precise and stable DC power output, making it ideal for powering a wide range of electronic systems and test setups. This power supply offers adjustable voltage and current settings, allowing users to customize the output to meet specific requirements. It ensures clean power delivery with low ripple and noise, suitable for sensitive electronic devices. The SGA 600-DC is equipped with comprehensive protection mechanisms, including overvoltage, overcurrent, and overtemperature protection, ensuring safe and reliable operation in various environments.
- [Sorensen Sga 60-DC Power Supply](https://microprecision.com/calibration/sorensen-sga-60/): The Sorensen SGA 60-DC power supply is a reliable and efficient solution designed for various industrial and laboratory applications that require precise DC power delivery. With its compact design and advanced features, the SGA 60-DC offers adjustable voltage and current settings, allowing users to tailor the output to specific requirements. This power supply ensures stable and clean power output with low ripple and noise, making it suitable for powering sensitive electronic devices and test setups. Equipped with protection mechanisms such as overvoltage, overcurrent, and overtemperature protection, the SGA 60-DC ensures safe and reliable operation in diverse environments.
- [Sorensen Sga 400-DC Power Supply](https://microprecision.com/calibration/sorensen-sga-400/): The Sorensen SGA 400-DC power supply is a robust and high-performance solution designed for demanding industrial and laboratory applications. With its advanced features and reliable operation, the SGA 400-DC delivers precise and stable DC power output, making it suitable for a wide range of electronic systems and test setups. This power supply offers adjustable voltage and current settings, allowing users to customize the output to meet specific requirements. Its efficient design ensures minimal energy loss and low ripple characteristics, providing clean power for sensitive electronic devices. The SGA 400-DC is equipped with comprehensive protection mechanisms, including overvoltage, overcurrent, and overtemperature protection, ensuring safe and reliable operation in various environments.
- [Sorensen Sga 40-DC Power Supply](https://microprecision.com/calibration/sorensen-sga-40/): The Sorensen SGA 40-DC power supply is a versatile and reliable solution for various industrial and laboratory applications. With a compact design and advanced features, it provides precise DC power output for demanding electronic systems. The SGA 40-DC offers adjustable voltage and current settings, allowing users to customize the output according to their specific requirements. Its high efficiency and low ripple characteristics ensure stable and clean power delivery, ideal for sensitive electronic devices and test setups. Equipped with comprehensive protection mechanisms, including overvoltage, overcurrent, and overtemperature protection, the SGA 40-DC ensures safe and reliable operation in diverse environments.
- [Sorensen Sgi 60-DC Power Supply](https://microprecision.com/calibration/sorensen-sgi-60/): The Sorensen SGI 60-DC Power Supply is a versatile and reliable solution designed for various industrial and laboratory applications. It offers precise control over voltage and current, making it suitable for tasks that require stable and accurate DC power output.
- [Sorensen Sgi 400-DC Power Supply](https://microprecision.com/calibration/sorensen-sgi-400/): The Sorensen SGI 400-DC Power Supply is a high-power and versatile solution designed for demanding industrial and laboratory applications. It combines advanced features with a robust design to deliver reliable and precise power output, making it suitable for a wide range of test and measurement tasks.
- [Sorensen Sgi 40-DC Power Supply](https://microprecision.com/calibration/sorensen-sgi-40/): The Sorensen SGI 40-DC Power Supply is a compact yet powerful solution designed for various industrial and laboratory applications. It provides reliable and precise power output, making it suitable for tasks that require controlled DC voltage and current.
- [Sorensen Sgi 330-DC Power Supply](https://microprecision.com/calibration/sorensen-sgi-330/): The Sorensen SGI 330-DC Power Supply is a high-power and versatile solution designed for demanding industrial and laboratory applications. It combines advanced features with a robust design to deliver reliable and precise power output, making it suitable for a wide range of test and measurement tasks.
- [Sorensen Sgi 250-DC Power Supply](https://microprecision.com/calibration/sorensen-sgi-250/): The Sorensen SGI 250-DC Power Supply is a high-power and versatile solution designed for demanding industrial and laboratory applications. It combines advanced features with a robust design to deliver reliable and precise power output, making it suitable for a wide range of test and measurement tasks.
- [Sorensen Sgi 200-DC Power Supply](https://microprecision.com/calibration/sorensen-sgi-200/): The Sorensen SGI 200-DC Power Supply is a high-power and versatile solution designed for demanding industrial and laboratory applications. With its robust design and advanced features, it provides reliable and precise power output, making it suitable for a wide range of test and measurement tasks.
- [Sorensen Sgi 160-DC Power Supply](https://microprecision.com/calibration/sorensen-sgi-160/): The Sorensen SGI 160-DC Power Supply is a high-performance and versatile solution designed for demanding industrial and laboratory applications. It combines robust construction with advanced features to deliver reliable and precise power output, making it suitable for a wide range of test and measurement tasks.
- [Sorensen Sgi 100-DC Power Supply](https://microprecision.com/calibration/sorensen-sgi-100/): The Sorensen SGI 100-DC Power Supply is a versatile and reliable solution designed to meet the demanding requirements of various applications. It offers exceptional performance, precision, and flexibility, making it an ideal choice for research laboratories, industrial testing, and electronic manufacturing environments.
- [Sorensen DCR10-Power Supply](https://microprecision.com/calibration/sorensen-dcr10/): The Sorensen DCR10-Power Supply is a high-quality power supply designed for industrial and laboratory applications. It offers reliable and precise DC output with a wide voltage and current range to meet various power requirements. The DCR10-Power Supply features advanced control and monitoring capabilities, ensuring stable and accurate power delivery. Its compact design and user-friendly interface make it suitable for both benchtop and rack-mounted installations. Additionally, the power supply is equipped with safety features such as overvoltage and overcurrent protection, ensuring the safety of connected devices and equipment.
- [Wahl HSA-Infrared Thermometer](https://microprecision.com/calibration/wahl-hsa/): The Wahl HSA-Infrared Thermometer represents a pinnacle of innovation and reliability in temperature measurement technology. Utilizing cutting-edge infrared technology, this thermometer offers swift and precise non-contact temperature readings, making it an indispensable tool across a wide spectrum of industrial, commercial, and medical applications. Its advanced design ensures accuracy and consistency, even in challenging environments. With its intuitive interface and ergonomic construction, the HSA-Infrared Thermometer provides ease of use and portability, allowing for seamless integration into various workflows. Whether deployed in manufacturing facilities, food processing plants, or healthcare settings, this thermometer consistently delivers dependable performance. Equipped with features such as adjustable emissivity settings and data logging capabilities, the WAHL HSA-Infrared Thermometer empowers users to monitor and control temperatures with confidence and efficiency, making it an essential asset in temperature management protocols.
- [WAHL DHS-Infrared Thermometer](https://microprecision.com/calibration/wahl-dhs/): The WAHL DHS-Infrared Thermometer stands as a beacon of innovation and efficiency in temperature measurement technology. Harnessing the power of infrared technology, this thermometer offers rapid and non-contact temperature readings, making it an ideal solution for a wide array of industrial and commercial applications. Its advanced design ensures accuracy and reliability, providing precise measurements even in challenging environments. With its user-friendly interface and ergonomic design, the DHS-Infrared Thermometer offers ease of use and portability, facilitating seamless integration into various workflows. Whether used in manufacturing facilities, food processing plants, or medical settings, this thermometer delivers consistent and dependable performance. Equipped with a range of features such as adjustable emissivity settings and data logging capabilities, the WAHL DHS-Infrared Thermometer emerges as an indispensable tool for temperature monitoring and control in diverse industries.
- [Cincinnati Test Systems C28-1W1BE-PA11A4-Leak Tester – CTS](https://microprecision.com/calibration/cincinnati-test-systems-c28-1w1be-pa11a4/): The Cincinnati Test Systems C28-1W1BE-PA11A4 Leak Tester, commonly referred to as the CTS C28-1W1BE-PA11A4, is an advanced and versatile instrument designed for precision leak testing in various industrial applications. Engineered with state-of-the-art technology and meticulous attention to detail, this leak tester offers exceptional sensitivity and accuracy in detecting leaks of various sizes and types. Utilizing a combination of pressure decay, differential pressure decay, vacuum decay, and mass flow techniques, the CTS C28-1W1BE-PA11A4 ensures thorough and reliable testing results. Its user-friendly interface and intuitive controls streamline setup and operation, while customizable test parameters allow for tailored testing procedures. With rapid testing capabilities and compatibility with other production equipment and automation systems, the CTS C28-1W1BE-PA11A4 is an indispensable tool for manufacturers seeking to uphold the highest standards of quality and reliability in their products.
- [Cincinnati Test Systems BB – Sentinel Blackbelt – Benchtop Leak and Flow Test Instrument – CTS](https://microprecision.com/calibration/cincinnati-test-systems-bb/): The Cincinnati Test Systems BB-Sentinel Blackbelt, commonly known as the CTS BB-Sentinel Blackbelt, is a cutting-edge benchtop leak and flow test instrument engineered to provide precise and reliable testing solutions across a diverse range of industrial applications. Equipped with advanced sensors and sophisticated algorithms, the BB-Sentinel Blackbelt offers exceptional sensitivity and accuracy in detecting leaks and measuring flow rates. Its customizable test parameters and rapid testing capabilities enable efficient and precise testing, ensuring the integrity and reliability of manufactured products. Featuring a user-friendly interface and intuitive controls, setup and operation are streamlined, while its compatibility with other production equipment and automation systems allows for seamless integration into existing workflows. Whether utilized in automotive manufacturing, electronics assembly, or medical device production, the Cincinnati Test Systems BB-Sentinel Blackbelt is an indispensable tool for manufacturers seeking to maintain the highest standards of quality and efficiency in their production processes.
- [Cincinnati Test Systems 423-AC/DC Standard – CTS](https://microprecision.com/calibration/cincinnati-test-systems-423/): The Cincinnati Test Systems 423-AC/DC Standard, commonly referred to as the CTS 423, represents a pinnacle of precision and reliability in the realm of electrical calibration. This instrument is meticulously engineered to meet the stringent demands of calibrating AC and DC voltage, current, and resistance measurements. With its advanced features and robust design, the CTS 423 offers unparalleled accuracy and stability, making it an indispensable tool for professionals tasked with ensuring the accuracy of electrical measurements. Its user-friendly interface and intuitive controls streamline the calibration process, enabling efficient and precise adjustments. Whether used in calibration laboratories, manufacturing facilities, or quality control departments, the Cincinnati Test Systems 423-AC/DC Standard delivers reliable performance and precise measurements, ensuring the integrity and accuracy of electrical systems and devices.
- [Tdk-Lambda Gen 8 DC Power Supply](https://microprecision.com/calibration/tdk-lambda-gen-8/): The TDK-Lambda Gen 8 DC Power Supply stands as a pinnacle of reliability and performance in the realm of power supply solutions. Crafted by TDK-Lambda, a global leader in power conversion technology, the Gen 8 series represents the latest advancement in DC power supply innovation. Engineered with precision and versatility, these power supplies offer a comprehensive range of features tailored to meet the diverse needs of modern industries. With its cutting-edge technology and robust design, the Gen 8 series delivers stable and precise DC output across a wide range of voltages and currents. Equipped with advanced monitoring and control features, including remote sensing and programmable settings, these power supplies provide unparalleled flexibility and efficiency in powering various electronic devices and systems. Whether in laboratory research, manufacturing processes, or test and measurement applications, the TDK-Lambda Gen 8 DC Power Supply sets the standard for reliability, performance, and versatility.
- [Tdk-Lambda Emhp20 W Dc Power Supplies](https://microprecision.com/calibration/tdk-lambda-emhp20/): The TDK-Lambda EMHP20 W DC power supplies are highly reliable and efficient power sources designed for demanding industrial applications. With a power output of 20 watts, these power supplies are capable of delivering a stable and precise DC voltage to power critical electronic equipment. Featuring a compact and rugged design, the EMHP20 W power supplies are ideal for use in harsh environments where reliability and durability are essential. With a wide input voltage range and excellent load regulation, these power supplies offer superior performance and flexibility for a variety of applications. Whether used in telecommunications, automation, or test and measurement equipment, the TDK-Lambda EMHP20 W DC power supplies provide the power you need with the quality you can trust.
- [Tdk-Lambda Emhp150 W Dc Power Supplies](https://microprecision.com/calibration/tdk-lambda-emhp150/): The TDK-Lambda EMHP150 W DC power supply is a high-performance and reliable power supply unit that is designed to meet the demanding power requirements of modern electronics equipment. With a power output of 150 watts, this power supply is capable of delivering a stable and consistent power supply to a wide range of devices, making it ideal for use in industrial and commercial applications. The EMHP150 W features a compact and lightweight design, making it easy to install and integrate into existing systems. With its advanced features and high efficiency, the TDK-Lambda EMHP150 W DC power supply is a dependable solution for powering a variety of electronic devices.
- [Tdk-Lambda Emhp10 Dc Power Supplies](https://microprecision.com/calibration/tdk-lambda-emhp10/): The TDK-Lambda EMHP10 DC power supplies are highly efficient and reliable units designed for a wide range of industrial applications. With a compact size and high power density, these power supplies are ideal for use in space-constrained environments. The EMHP10 series features a wide input voltage range, high efficiency, and low ripple and noise, making them suitable for demanding applications that require clean and stable power. Additionally, these power supplies come with a variety of protection features, such as overvoltage, overcurrent, and overtemperature protection, ensuring the safety and reliability of the connected equipment. Overall, the TDK-Lambda EMHP10 DC power supplies are a top choice for industrial users looking for a high-quality and dependable power solution.
- [National Instruments PCI-MIO-16E-Datalogger Two 12-bit analog outputs; 8 digital I/O lines; two 24-bit counters](https://microprecision.com/calibration/national-instruments-pci-mio-16e/): The National Instruments PCI-MIO-16E-Datalogger is a flexible data acquisition device that provides a variety of functions for measuring and managing analog and digital signals. It has two 12-bit analog outputs for creating precise voltage signals, as well as 8 digital I/O lines for connecting with external devices and sensors. Furthermore, the device includes two 24-bit counters for accurately measuring frequency, period, and pulse width of incoming signals. In summary, this data logger is a valuable instrument for gathering and interpreting data in scientific and industrial environments.
- [Anritsu TOSLKF50A-Calibration Kit – Type K – Female – Wiltron](https://microprecision.com/calibration/anritsu-toslkf50a/): The Anritsu TOSLKF50A-Calibration Kit is a top-notch calibration kit specifically made for Type K connectors. It comes with a female connector and works well with Wiltron devices. This kit is perfect for guaranteeing precise measurements and calibrations across different testing and measurement tasks. Its sturdy build and exact design make it a dependable and necessary instrument for electronics and telecommunications professionals. By using the Anritsu TOSLKF50A-Calibration Kit, users can have confidence that their equipment is accurately calibrated and providing reliable results.
- [Anritsu TOSLK50A-Calibration Kit – Type K – Male](https://microprecision.com/calibration/anritsu-toslk50a/): The Anritsu TOSLK50A-Calibration Kit is a precise calibration kit specifically made for Type K male connectors. It is crucial for guaranteeing precise measurements and upkeeping the efficiency of Type K connectors. The top-notch components in the kit offer a dependable and steady calibration source for calibrating different test equipment. By using the Anritsu TOSLK50A-Calibration Kit, individuals can conveniently calibrate their equipment and guarantee the accuracy and consistency of their measurements. This kit is an important asset for professionals working in the telecommunications, RF testing, and other industries that necessitate accurate measurements.

## Customer Stories
- [Cymer](https://microprecision.com/customer_stories/cymer/): "I wanted to take this time to thank you for the great service provided by Pedro and Fidel during Saturday’s ONSITE visit. They were there ahead of schedule and very efficient in their use of time. It was very nice to have Fidel remember some of the locations of the equipment from prior visits since I had a hard time locating a few of the Granite Surface tables in Optics. Pedro’s printout with the dimensions made it easier to know what to look for. Both techs were very considerate of my slower pace due to my back issues and made great teamwork to get the job done in such a timely manner. Thank you for their time and professionalism." -Elaine Ringenberg, Cymer
- [Firefly Aerospace](https://microprecision.com/customer_stories/firefly-aerospace/): Firefly came to us with a need for load cell calibration services at our facility in Round Rock Texas and we were able to upgrade our standards to meet their needs. We also supported a massive push to get multiple pieces of equipment calibrated very quickly to support their AS9100 certification.

## Service Areas
- [West Palm Beach Calibration Service Lab](https://microprecision.com/service-areas/united-states/florida-calibration-labs/west-palm-beach-calibration-service-lab/)
- [Lincoln Service Lab](https://microprecision.com/service-areas/united-kingdom-calibration-service-labs/lincoln-service-lab/)
- [Maidstone Calibration Service Lab](https://microprecision.com/service-areas/united-kingdom-calibration-service-labs/maidstone-calibration-service-lab/)
- [Yorkshire Calibration Service Lab](https://microprecision.com/service-areas/united-kingdom-calibration-service-labs/yorkshire-calibration-service-lab/): Providing high quality instrument calibration services to United Kingdom. Stop by or get a quote today.
- [Melbourne Service Lab](https://microprecision.com/service-areas/australia-calibration-service-labs/melbourne-service-lab/)
- [Queensland Service Lab](https://microprecision.com/service-areas/australia-calibration-service-labs/queensland-service-lab/)
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- [Kochi Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/kochi-service-lab/)
- [New Delhi Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/new-delhi-service-lab/)
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- [Kota Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/kota-service-lab/)
- [Gwalior Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/gwalior-service-lab/)
- [Rajkot Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/rajkot-service-lab/)
- [Jabalpur Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/jabalpur-service-lab/)
- [Prayagraj Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/prayagraj-service-lab/)
- [Ranchi Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/ranchi-service-lab/)
- [Aligarh Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/aligarh-service-lab/)
- [Varanasi Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/varanasi-service-lab/)
- [Jodhpur Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/jodhpur-service-lab/)
- [Faridabad Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/faridabad-service-lab/)
- [Amritsar Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/amritsar-service-lab/)
- [Warangal Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/warangal-service-lab/)
- [Raipur Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/raipur-service-lab/)
- [Chhatrapati Sambhaji Nagar Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/chhatrapati-sambhaji-nagar-service-lab/)
- [Ludhiana Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/ludhiana-service-lab/)
- [Vijayawada Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/vijayawada-service-lab/)
- [Nagpur Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/nagpur-service-lab/)
- [Jamshedpur Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/jamshedpur-service-lab/)
- [Nashik Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/nashik-service-lab/)
- [Agra Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/agra-service-lab/)
- [Kanpur Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/kanpur-service-lab/)
- [Madurai Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/madurai-service-lab/)
- [Patna Service Lab](https://microprecision.com/service-areas/patna-service-lab/): Calibration Labs Serving Patna, IndiaChennaiBengaluruJTNDaWZyYW1lJTIwc3JjJTNEJTIyaHR0cHMlM0ElMkYlMkZ3d3cuZ29vZ2xlLmNvbSUyRm1hcHMlMkZkJTJGdSUyRjElMkZlbWJlZCUzRm1pZCUzRDFqYUoyUUhHcG1hWng0czllazNzaVZhZGdSWmMzMGFVJTI2ZWhiYyUzRDJFMzEyRiUyNm5vcHJvZiUzRDElMjIlMjB3aWR0aCUzRCUyMjY0MCUyMiUyMGhlaWdodCUzRCUyMjQ4MCUyMiUzRSUzQyUyRmlmcmFtZSUzRQ==Get a Quote Today
- [Kolkata Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/kolkata-service-lab/)
- [Chandigarh Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/chandigarh-service-lab/)
- [Indore Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/indore-service-lab/)
- [Pune Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/pune-service-lab/)
- [Meerut Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/meerut-service-lab/)
- [Ahmedabad Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/ahmedabad-service-lab/)
- [Surat Service Lab](https://microprecision.com/service-areas/india-calibration-service-labs/surat-service-lab/)

## Partners
- [WhaleTeq](https://microprecision.com/partner/whaleteq/): Micro Precision Calibration (MPC) has officially expanded its European reach as a WhaleTeq authorized partner, bringing world-class expertise to our Timișoara, Romania laboratory. This strategic collaboration offers European medical device manufacturers a faster, local alternative for ISO 17025-accredited calibration of ECG and EEG test equipment. By eliminating transatlantic shipping, we’ve reduced turnaround times to just five business days while maintaining the manufacturer’s rigorous standards. This partnership ensures your WhaleTeq instruments remain compliant and audit-ready, providing the traceable measurement data essential for ISO 13485 and IEC 60601 regulatory success. Precision just got closer to home
- [Dracal Technologies](https://microprecision.com/partner/dracal-technologies/): Dracal Technologies, a Canada-based company founded in 2011, specializes in cutting-edge electronics and software development. Its mission is to facilitate access to precision data by removing barriers and providing simple and robust solutions. Its highly skilled team is dedicated to creating a precision measurement ecosystem based on USB technology, offering quality, accurate, and readily accessible products. Dracal Technologies is committed to sustainability, adaptability, and data harmonization, focusing on customer satisfaction and excellence. The company aims to simplify the work of scientists and engineers to accelerate progress. Dracal Technologies’ comprehensive and user-friendly high-end OEM and DAQ solution is deployed worldwide across various industrial, technological, scientific, and academic projects. www.dracal.com
- [Holzworth](https://microprecision.com/partner/holzworth/): Holzworth Instrumentation is a well-respected company that provides high-quality phase noise analyzers and RF/microwave synthesizers. Their outstanding products are used in a range of industries, including wireless, telecommunications, satellite, military, and aerospace. Known for their innovative designs and commitment to excellence, Holzworth's products are relied upon by major global corporations. Since 2004, Holzworth has made a point of designing and manufacturing all of their products in the USA, and they take pride in conducting thorough performance testing to ensure superior quality.
- [Mountz Torque](https://microprecision.com/partner/mountz-torque/): Mountz Torque has been a leading innovator and producer of high quality industrial torque products for over 50 years. Their products help optimize precision, accuracy and quality across a wide range of industrial manufacturing processes. From the development of the first electronic torque calibrator that launched a new product category, Mountz has always challenged the status quo and pursued new ideas to help their customers optimize precision, accuracy and quality across their manufacturing processes. Micro Precision Calibration is the preferred provider of calibration and repair services for Mountz Torque products. Our close partnership with Mountz Torque allows our specially trained technicians to perform torque tool calibration and repair at OEM standards, guaranteeing your Mountz Torque products continue to function at the highest level of accuracy.
- [ELDIM](https://microprecision.com/partner/eldim/): ELDIM is a French company located near Caen in Normandy. Since 1991, we are experts on display technologies and metrology. The company develops and manufactures Fourier Optics viewing angle systems for visible and Near InfraRed range, video photometers, colorimeters, temporal analysis systems, turn-key inspection systems. We are proud to provide competitive advantages to our customers, as ELDIM's products are used by most of the display manufacturers around the world. Thanks to our technical knowledges in cross technologies (Optics, software and hardware design), our engineering team develops customized solutions for Mass production.
- [NI](https://microprecision.com/partner/ni/): NI (formerly National Instruments) is an American company with international operations. NI specializes in automated test and automated measurement systems.
- [Nubicom](https://microprecision.com/partner/nubicom/): Micro Precision together with Nubicom have established Micro Precision Korea located in Seoul Korea to provide high end Calibration Services to our customers in South Korea. Nubicom was founded in 2003 and is located in Seoul, South Korea. The company has branch offices and local subsidiaries in Taejon (Korea), Roseville (USA), Yokohama (Japan), Shenzhen (China) and Bac Ninh (Vietnam). Nubicom is a leading distributor of test and measurement equipment for the area of electronic design, manufacturing, advanced technology development and education, etc., around the world. Nubicom is also a distributor of network hardware equipment such as router, switch, server, etc. Nubicom manages about US$30 million in inventory and handle more than 8,000 equipment in test and measurement, and 4,000 equipment in network hardware. Nubicom services a variety markets including education, computers, wireless, semiconductor, RF & microwave, satellite communication, aerospace & defense, automotive electronics and consumer electronics, etc. Nubicom offers customers a turnkey one stop shop solution for all their Test and Measurement and Network equipment needs.
- [Raeyco](https://microprecision.com/partner/raeyco-2/): Raeyco offers service and repair for all manufacturers, makes, and models of laboratory equipment, and also provides their customers with preventive maintenance, calibration, and scheduled maintenance through the Raeyco SR™ Service & Repair system. Their validation, qualification, and repair services ensure that their customers' equipment functions like new
- [Jtron Technology Corporation](https://microprecision.com/partner/jtron-technology-corporation/): Micro Precision together with Jtron Technology have established Micro Precision Calibration Taiwan Co., Ltd. Located in Hsinchu Taiwan to provide high end Calibration Services, Test and Measurement Equipment Repair and Maintenance services to our customers in Taiwan. Jtron Technology founded in 2004, is a leader in the Taiwan Semiconductor ATE and High Tech industries providing turnkey sales and technical support for leading equipment suppliers from around the world. Jatron Technology has operations in Taiwan, China (Shanghai and Nanjing), Singapore, Malaysia, Thailand, and Korea. With years of excellence in service and well-established operation platforms, Jtron is committed to our clients and customers to provide the most professional service support to their critical production tools for semiconductor industry.
- [Copper Mountain Technologies](https://microprecision.com/partner/copper-mountain-technologies/): Copper Mountain Technologies develops innovative RF test and measurement solutions for engineers worldwide. Our development and production teams create solutions that enable RF and Microwave engineers to extend their reach through access to lab-grade instruments at affordable prices. Our world-class metrology and engineering resources work as an extension of your team. Copper Mountain Technologies is based in Indianapolis, IN, with sales offices in Singapore, London, and Miami.
- [TISSCO](https://microprecision.com/partner/teyseer-industrial-supplies-services-company-w-l-l-tissco/): Micro Precision together with Teyseer Industrial Supplies & Services Co offers our customers based in Qatar High End Calibration Services, Test and Measurement Equipment Repair and Maintenance services. Teyseer Industrial Supplies & Services Co., popularly known as TISSCO, is a consistent unit of the Teyseer Group. The Teyseer Group is one of the reputed and trusted business houses in Qatar. It has in its fold, 17 independent companies with diverse fields of activities starting from Vehicle Leasing to Vehicle Sales; Equipment Leasing to Machinery Sale; Contracting to Sale of Building Products; Sale of Air-conditioning Equipments to MEP Contracting; Sale of Instrumentation Products / Accessories to Calibration of Instruments; Oil & Gas Field Supplies etc.
- [Cobham](https://microprecision.com/partner/cobham/): Cobham Advanced Electronic Solutions (CAES) is a leading global technology and services innovator, respected for providing solutions to the most challenging problems, from deep space to the depths of the ocean.