Your Trusted Force Sensor Calibration Provider
Micro Precision is a trusted force sensor calibration provider because its laboratories hold ISO/IEC 17025:2017 accreditation and issue NIST-traceable certificates of calibration for every instrument serviced. Micro Precision’s ISO/IEC 17025:2017 accredited laboratories issue NIST-traceable certificates of calibration for force sensors used across aerospace, defense, medical, automotive, and manufacturing industries, supported by a global network of more than 50 calibration laboratories.
Our metrologists work with a variety of force sensor types and manufacturers, including piezoelectric, strain gauge, and capacitive force transducers from brands such as FUTEK, PCB Piezotronics, Kistler, Interface, and HBM. Quality managers rely on our documented traceability records for audit readiness, while procurement teams benefit from a single accredited vendor supporting force measurement instrumentation across multiple facility locations.
Why Force Sensor Calibration Matters
Force sensor calibration matters because inaccurate force readings lead to failed product testing, compliance gaps, and downstream safety risks in materials testing, impact testing, and research and development applications. Uncalibrated force sensors can drift out of tolerance without producing any visible warning sign, which is why documented, standards-based calibration is required rather than optional.
Calibration practices connect directly to ANSI/NCSL Z540.3 and other audit requirements for measurement management systems. Quality managers need a defensible audit trail linking every force measurement back to a NIST-traceable standard, and compliance officers need documentation that satisfies ISO/IEC 17025:2017 and industry-specific regulatory reviews. Procurement teams benefit from working with a single accredited vendor rather than managing multiple uncertified calibration sources.
Ensure Accurate Force Sensor Calibration
Ensuring accurate force sensor calibration services means following a documented process from intake through return. Micro Precision receives each force sensor, inspects it for damage or contamination, tests it against a certified NIST-traceable force reference standard, adjusts or documents any deviation, and issues a full certificate of calibration before returning the instrument.
Every calibration is performed under controlled laboratory conditions by trained metrologists, with results recorded for full traceability. Micro Precision offers standard turnaround as well as faster service options for force sensors needed back in service quickly, without compromising the accuracy of the calibration process.
Our Calibration Options
Micro Precision offers both in-lab and on-site force sensor calibration options to match your operational needs. In-lab calibration ships your force sensor to one of our ISO/IEC 17025:2017 accredited laboratories for calibration under fully controlled environmental conditions. On-site calibration sends a qualified technician to your facility, minimizing equipment downtime for force sensors installed in production test fixtures or systems that are difficult to remove.
Faster turnaround options are available for time-sensitive calibration needs, in addition to our standard service timeline. Whether calibrating a single force sensor or an entire fleet of force measurement instrumentation, Micro Precision structures the service around your facility’s quality program and audit schedule.
Force Sensors We Calibrate
Micro Precision calibrates a variety of force sensor types across dynamic, multi-technology force measurement instrumentation, including instruments from leading manufacturers.
- Piezoelectric force sensors
- Compression force sensors
- Tension and pull force sensors
- Multi-axis force and torque sensors
- Dynamic impact force sensors
- Capacitive force sensors
- Strain gauge force transducers used in materials testing and test-and-measurement systems
- Optical force sensors
Micro Precision calibrates instruments from manufacturers including FUTEK, PCB Piezotronics, Kistler, Interface, HBM, and Honeywell. If your specific force sensor model is not listed, it is likely supported. Contact Micro Precision to confirm calibration availability for your instrument.
Calibration Service Levels Offered
Micro Precision offers three force sensor calibration service levels so quality managers and procurement teams can match documentation depth to program requirements.
| 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 |
Force Sensor Calibration Services
Micro Precision delivers ISO/IEC 17025:2017 accredited, NIST-traceable force sensor calibration services for piezoelectric, strain gauge, capacitive, and multi-axis force transducers 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 supporting force measurement instrumentation used in materials testing, impact testing, and test-and-measurement systems. Request a calibration quote to get started.
Please complete our quick force 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)
Force Sensor Service
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Frequently Asked Questions
A force sensor is a broader category covering dynamic tension, compression, and shear measurement using strain gauge, piezoelectric, capacitive, or optical sensing technology, while a load cell is a strain-gauge-based force sensor calibrated primarily for static weighing applications. Every load cell is a force sensor, but not every force sensor functions as a load cell.
Micro Precision calibrates a force sensor by applying a known reference force from a NIST-traceable standard, comparing the sensor’s output to the certified value, and adjusting or documenting any deviation. Every force sensor returned includes a certificate of calibration confirming traceability to NIST and compliance with ISO/IEC 17025:2017.
Most force sensors require calibration at least once a year, though instruments used continuously in materials testing or impact testing benefit from more frequent verification. Micro Precision recommends a risk-based interval based on usage frequency, environmental conditions, and internal quality procedures, documented per ANSI/NCSL Z540.3 requirements.
NIST traceable force sensor calibration means the sensor’s measured output is linked through an unbroken chain of comparisons to force standards maintained by the National Institute of Standards and Technology. Micro Precision issues NIST-traceable certificates of calibration for every force sensor calibrated within its ISO/IEC 17025:2017 accredited laboratory network.
Yes, Micro Precision calibrates force sensors on-site for instrumentation installed in test fixtures, production systems, or materials testing equipment that is difficult to remove. A qualified technician performs the calibration at your facility using NIST-traceable reference standards, issuing the same certificate of calibration provided for in-lab service.
A force sensor calibration certificate includes the instrument’s measured accuracy against a NIST-traceable force reference standard, along with the accreditation details, calibration date, and technician identification. Micro Precision’s certificates confirm ISO/IEC 17025:2017 compliance and provide the traceability records quality managers need for audit readiness.
Force sensor and force transducer describe the same category of instrumentation that converts applied force into an electrical output signal using strain gauge, piezoelectric, capacitive, or optical technology. Micro Precision calibrates a variety of force sensors and force transducers used across materials testing, impact testing, and test-and-measurement applications.