Reliable Torque Sensor Calibration Service Provider

Micro Precision is an ISO/IEC 17025:2017 accredited provider of torque sensor calibration services, backed by NIST-traceable measurement standards and a global network of more than 50 calibration labs. Our accreditation scope covers torque measurement instruments used across aerospace, defense, medical device, automotive, and general manufacturing industries.

Micro Precision’s ISO/IEC 17025:2017 accreditation and NIST-traceable measurement standards give quality teams a documented, audit-ready calibration record for every rotary, static, and reaction torque sensor we service. This accreditation scope is verified by an independent accreditation body and reviewed on a recurring basis, so the calibration certificate you receive reflects a currently valid scope of accreditation, not a one-time claim.

In addition to torque sensor calibration, Micro Precision provides torque wrench calibration and torque multiplier calibration services, giving quality teams a single accredited provider across the full range of torque measurement equipment. Our mechanical and dimensional calibration capabilities extend across the full torque measurement spectrum, from low-capacity laboratory sensors to high-capacity production transducers.

Fill out our Torque Sensor calibration service request form

Why Torque Sensor Calibration Matters

Torque sensor calibration matters because measurement error in torque sensors and torque transducers propagates directly into assembly quality, product safety, and regulatory compliance. A sensor that drifts out of tolerance can report torque values that look normal but are systematically inaccurate, creating a risk of under-torqued or over-torqued fasteners in critical assemblies.

Quality managers rely on calibration records that satisfy ANSI/NCSL Z540.3 and ISO 10012 requirements for measurement management systems, since these standards define how calibration intervals, traceability, and documentation should be handled within a quality system. Compliance officers need certificates that hold up during ISO 9001, AS9100, or FDA audits, where a gap in torque sensor calibration history can trigger a finding.

For procurement teams, working with a single ISO/IEC 17025:2017 accredited provider for torque sensor calibration services reduces vendor risk and keeps documentation consistent across facilities. Micro Precision’s accredited calibration program gives quality, compliance, and procurement stakeholders one traceable record instead of fragmented calibration histories from multiple vendors.

Ensure Accurate Torque Sensor Calibration

Ensuring accurate torque sensor calibration means following a controlled process from intake through certification, not just checking a single load point. Micro Precision follows a documented workflow for every torque sensor and torque transducer, performed under the controls required by our ISO/IEC 17025:2017 accreditation.

The process for each instrument includes:

  1. Receive and inspect – the torque sensor or transducer is logged and inspected for physical damage or wear before any testing begins.
  2. As-found measurement – the instrument is tested against NIST-traceable reference standards across multiple points in its measurement range, and pre-adjustment readings are recorded.
  3. Adjustment – instruments found outside tolerance are adjusted, where applicable, to bring performance back into specification.
  4. As-left measurement – post-adjustment readings are recorded to confirm final calibrated performance.
  5. Documentation – a calibration certificate is issued documenting the standards used, environmental conditions, and as-found/as-left measurement results.
  6. Return – the calibrated torque sensor is returned with its certificate.

Rotary torque sensors and static or reaction torque sensors are not tested the same way. Static and reaction torque sensors are calibrated in a fixed, non-rotating position against a known reference load, while rotary torque sensors are calibrated while rotating or simulating in-service rotational conditions. Micro Precision applies the appropriate test method for each sensor type rather than a single generic procedure.

Standard and rush turnaround options are available. Contact our team when requesting a quote to discuss lead times for your specific sensor type and service level.

Our Torque Sensor Calibration Options

Micro Precision offers torque sensor calibration through in-lab and on-site service options, so your facility can choose the delivery method that fits your equipment and schedule.

In-Lab Calibration
Ship your torque sensor or torque transducer to one of our ISO/IEC 17025:2017 accredited facilities, where it is calibrated under controlled environmental conditions. In-lab service is well suited to portable sensors and transducers that can be safely transported.

On-Site Calibration
Our technicians travel directly to your facility, which is especially useful for in-line torque sensors and other fixed or installed equipment that is impractical to remove. On-site service reduces equipment downtime and keeps production-line sensors in place throughout the calibration process. Learn more about our on-site calibration services and how to schedule a visit.

Rush Calibration
Rush turnaround service is available for both in-lab and on-site torque sensor calibration, giving quality teams a way to meet urgent audit or production deadlines without waiting for standard scheduling. Whichever option you choose, every torque sensor returns with the same ISO/IEC 17025:2017 accredited documentation and NIST traceability.

Torque Sensors We Calibrate

Micro Precision calibrates a variety of torque sensor and torque transducer types spanning laboratory-grade instruments to production-line equipment. Our accredited instrument calibration services cover the following types:

  • Rotary torque sensors
  • Static and reaction torque sensors
  • Torque transducers
  • In-line torque sensors

We service instruments from a variety of manufacturers, including Futek, HBM, Interface, Mountz, Lebow, and Mark-10. If your instrument model or manufacturer is not listed, contact us to confirm service availability for your specific equipment.

Calibration Service Levels Offered

Type of Service Traceable Traceable with Data Accredited (ISO:IEC 17025:2017, Z540.3)
Calibrated to manufacturers specifications traceable to SI Units      
ISO 9000 Compliant      
Calibration certificates, data, maintained on secure web based tool (CDM)      
Detailed calibration certificates and calibration stickers      
Instrument adjustment (if found out of tolerance)      
ANSI/NCSL Z540-1 compliant    
Calibration Data    
Logo from Accreditation body, Expanded Measurement Uncertainty  
ANSI/NCSL Z540.3 compliant  

Torque Sensor Calibration Services

Micro Precision provides ISO/IEC 17025:2017 accredited torque sensor calibration services for rotary torque sensors, static and reaction torque sensors, torque transducers, and in-line torque sensors, backed by NIST-traceable measurement standards and a global network of more than 50 calibration labs. Quality, compliance, and procurement teams rely on our accredited documentation to support audits and regulatory reviews across aerospace, defense, medical device, automotive, and manufacturing industries. Request a calibration quote today to schedule in-lab or on-site torque sensor calibration.

Please complete our quick Torque Sensor equipment calibration & repair service request form, and a Micro Precision representative will reach out to you same-day during office hours, or within one business day after office hours. (Mon – Friday 8AM – 4PM PST)

Torque Sensor Services

If you have any inquiries, or simply wish to connect with us, we'd love to hear from you! Please don't hesitate to reach out to us.

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Accepted file types: jpg, gif, png, pdf, csv, doc, docx, xls, xlsx, Max. file size: 20 MB.
Description Manufacturer Model
86-2112R-5010 Torque SensorGeneric86-2112R-5010
Burster 86-211R-5020 Dynamic Torque SensorBurster86-211R-5020
Burster 86402-5161 Torque SensorBurster86402-5161
Consolidated Devices, INC. 101-I-MT Torque SensorConsolidated Devices101-I-MT
Consolidated Devices, Inc. 2001-I-MT Torque SensorConsolidated Devices2001-I-MT
Consolidated Devices, Inc. 201-0-MT Torque SensorConsolidated Devices201-0-MT
Consolidated Devices, Inc. 501-I-MT Torque SensorConsolidated Devices501-I-MT
DSM Torque Sensor - +/- 10NmDSMTorque Sensor - +/- 10Nm
DSM Torque Sensor - +/- 20NmDSMTorque Sensor - +/- 20Nm
Futek IAA100 / TFF600 Full Bridge Strain Gage Signal Conditioning Voltage Amplifier AND Reaction Torque Sensor (2000in lb or 10,000in lb)FUTEKIAA100 / TFF600
Futek TRS500 Torque SensorFUTEKTRS500
Futek TRS605 / IHH500 Torque Sensor with DisplayFUTEKTRS605 / IHH500
Futek TRS605 Torque Sensor - 1-1000 NmFUTEKTRS605
Honeywell 2133-305-600 Torque Sensor - 600 ft lbHoneywell2133-305-600
Lebow 1253-101-5 Torque SensorLebow1253-101-5
Lebow 2133-103 Torque SensorLebow2133-103
Lebow 2133-105-350 Torque sensorLebow2133-105-350
Mark-10 Mr55-400 Torque Sensor - 400 lbFin / 32 lbFft / 4600 kgFmm / 4500 Ncm / 45 NmMark-10Mr55-400
Mark-10 MTT03-50 Torque Gage - 50in lbMark-10MTT03-50
Mark-10 STE1000 Torque SensorMark-10STE1000
Mark-10 STE200 Torque SensorMark-10STE200
Mark-10 STE400 Torque SensorMark-10STE400
Mark-10 STJ 100 Universal Torque Sensor - 100 x 0.1 lb inMark-10STJ 100
Mark-10 STJ12 Torque SensorMark-10STJ12
Mark-10 STJ500Z Torque SensorMark-10STJ500Z
Mountz BLRTSX100i Brushless Rotary Torque SensorMountzBLRTSX100i
Mountz BLRTSX100i-A Torque SensorMountzBLRTSX100i-A
Mountz BLRTSX100i-H Brushless Rotary Torque SensorMountzBLRTSX100i-H
Mountz BLRTSX100i-HA Torque SensorMountzBLRTSX100i-HA
Mountz BLRTSX118F Brushless Rotary Torque SensorMountzBLRTSX118F
Mountz BLRTSX118F-A Torque SensorMountzBLRTSX118F-A
Mountz BLRTSX140z-H Brushless Rotary Torque SensorMountzBLRTSX140z-H
Mountz BLRTSX140z-HA Torque SensorMountzBLRTSX140z-HA
Mountz BLRTSX160i Brushless Rotary Torque SensorMountzBLRTSX160i
Mountz BLRTSX160i-A Torque SensorMountzBLRTSX160i-A
Mountz BLRTSX160i-H Brushless Rotary Torque SensorMountzBLRTSX160i-H
Mountz BLRTSX160i-HA Torque SensorMountzBLRTSX160i-HA
Mountz BLRTSX184F Brushless Rotary Torque SensorMountzBLRTSX184F
Mountz BLRTSX184F-A Torque SensorMountzBLRTSX184F-A
Mountz BLRTSX18F Brushless Rotary Torque SensorMountzBLRTSX18F
Mountz BLRTSX18i-H Brushless Rotary Torque SensorMountzBLRTSX18i-H
Mountz BLRTSX18i-HA Torque SensorMountzBLRTSX18i-HA
Mountz BLRTSX368F Brushless Rotary Torque SensorMountzBLRTSX368F
Mountz BLRTSX368F-A Torque SensorMountzBLRTSX368F-A
Mountz BLRTSX36F Brushless Rotary Torque SensorMountzBLRTSX36F
Mountz BLRTSX36F-A Torque SensorMountzBLRTSX36F-A
Mountz BLRTSX50i Brushless Rotary Torque SensorMountzBLRTSX50i
Mountz BLRTSX50i-H Brushless Rotary Torque SensorMountzBLRTSX50i-H
Mountz BLRTSX50i-HA Torque SensorMountzBLRTSX50i-HA
Mountz BLRTSX70z-H Brushless Rotary Torque SensorMountzBLRTSX70z-H
Mountz BLRTSX70z-HA Torque SensorMountzBLRTSX70z-HA
Mountz BLRTSX738F Brushless Rotary Torque SensorMountzBLRTSX738F
Mountz BLRTSX738F-A Torque SensorMountzBLRTSX738F-A
Mountz BLRTSX73F Brushless Rotary Torque SensorMountzBLRTSX73F
Mountz BLRTSX73F-A Torque SensorMountzBLRTSX73F-A
Mountz BMX1000F Torque SensorMountzBMX1000F
Mountz BMX100F Torque SensorMountzBMX100F
Mountz BMX100i Torque SensorMountzBMX100i
Mountz BMX10i Torque SensorMountzBMX10i
Mountz BMX20z Torque SensorMountzBMX20z
Mountz BMX2500F Torque SensorMountzBMX2500F
Mountz BMX250F Torque SensorMountzBMX250F
Mountz BMX250i Torque SensorMountzBMX250i
Mountz BMX25i Torque SensorMountzBMX25i
Mountz BMX40z Torque SensorMountzBMX40z
Mountz BMX5000F Torque SensorMountzBMX5000F
Mountz BMX500F Torque SensorMountzBMX500F
Mountz BMX500i Torque SensorMountzBMX500i
Mountz BMX50F Torque SensorMountzBMX50F
Mountz BMX50i Torque SensorMountzBMX50i
Mountz BMX750i Torque SensorMountzBMX750i
Mountz BMX80z Torque SensorMountzBMX80z
Mountz MTX10z Torque SensorMountzMTX10z
Mountz MTX160z Torque SensorMountzMTX160z
Mountz MTX20z Torque SensorMountzMTX20z
Mountz MTX40z Torque SensorMountzMTX40z
Mountz MTX80z Torque SensorMountzMTX80z
Mountz RTSX100F Torque SensorMountzRTSX100F
Mountz RTSX100F-A Torque SensorMountzRTSX100F-A
Mountz RTSX100i Torque SensorMountzRTSX100i
Mountz RTSX100i-A Torque SensorMountzRTSX100i-A
Mountz RTSX100i-H Torque SensorMountzRTSX100i-H
Mountz RTSX100i-HA Torque SensorMountzRTSX100i-HA
Mountz RTSX10i Torque SensorMountzRTSX10i
Mountz RTSX10i-A Torque SensorMountzRTSX10i-A
Mountz RTSX10i-H Torque SensorMountzRTSX10i-H
Mountz RTSX10i-HA Torque SensorMountzRTSX10i-HA
Mountz RTSX1500F Torque SensorMountzRTSX1500F
Mountz RTSX1500F-A Torque SensorMountzRTSX1500F-A
Mountz RTSX200i Torque SensorMountzRTSX200i
Mountz RTSX200i-A Torque SensorMountzRTSX200i-A
Mountz RTSX200i-H Torque SensorMountzRTSX200i-H
Mountz RTSX200i-HA Torque SensorMountzRTSX200i-HA
Mountz RTSX400F Torque SensorMountzRTSX400F
Mountz RTSX400F-A Torque SensorMountzRTSX400F-A
Mountz RTSX50F Torque SensorMountzRTSX50F
Mountz RTSX50F-A Torque SensorMountzRTSX50F-A
Mountz RTSX50i Torque SensorMountzRTSX50i
Mountz RTSX50i-A Torque SensorMountzRTSX50i-A
Mountz RTSX50i-H Torque SensorMountzRTSX50i-H

Frequently Asked Questions

Micro Precision calibrates a torque sensor by testing it against NIST-traceable reference standards at multiple points across its measurement range, recording as-found readings, adjusting the sensor where applicable, and confirming performance with an as-left test. A calibration certificate is then issued documenting the standards used and the results recorded.

Calibration intervals depend on usage frequency, environmental exposure, and the risk level associated with the application rather than a single fixed schedule. Sensors used in safety-critical assembly or high-cycle production environments typically require more frequent calibration than occasional-use instruments. Micro Precision works with your quality team to establish a documented, risk-based interval that satisfies your accreditation requirements.

A proper torque transducer calibration procedure begins with receiving and inspecting the instrument, followed by as-found testing against NIST-traceable reference standards across its measurement range. The transducer is adjusted where necessary, then retested to confirm as-left performance. Micro Precision documents every step on a calibration certificate under our ISO/IEC 17025:2017 accreditation.

Torque sensor calibration requirements typically include testing against NIST-traceable reference standards, documented as-found and as-left measurement results, and a calibration certificate that satisfies ANSI/NCSL Z540.3 and ISO 10012 measurement management guidance. Regulated industries such as aerospace, defense, and medical device manufacturing generally require ISO/IEC 17025:2017 accredited calibration to meet audit and quality system requirements.

Static torque sensor calibration tests reaction and static torque sensors in a fixed, non-rotating position against a known reference load. Dynamic calibration applies to rotary torque sensors and evaluates performance while the sensor is rotating or simulating in-service rotational conditions. Micro Precision applies the appropriate method for rotary, static, and reaction torque sensors and torque transducers.

Torque sensor calibration confirms that a sensor delivers accurate, repeatable torque measurements against a known standard. An uncalibrated torque sensor introduces measurement error that compromises assembly quality, product safety, and regulatory compliance. Micro Precision’s ISO/IEC 17025:2017 accredited calibration provides NIST-traceable documentation demonstrating your torque sensors and transducers are performing within specification.

Torque sensor calibration is typically performed under ISO/IEC 17025:2017 accreditation requirements, with reference to ANSI/NCSL Z540.3 for calibration system requirements and ISO 10012 for measurement management systems. Micro Precision’s NIST-traceable calibration program applies these standards to rotary, static, and reaction torque sensors and torque transducers across every calibration we perform.