Force Or Torque Sensors For Tension, Compression And Torque Testing
Force or torque sensors help New Zealand engineers, technicians and quality teams quantify load, pull, push and rotational force during product validation, assembly checks and mechanical testing. This category includes digital force gauges, compact force sensors, inline tension and compression sensors, universal torque sensors and static torque sensors for controlled measurement tasks.
- Tension And Compression Testing: Select force sensors or digital force gauges for pull tests, push tests, compression checks, spring testing and product strength validation.
- Torque Measurement: Use torque sensors or torque gauges for clockwise and counter-clockwise torque testing across fasteners, caps, controls, tools and rotating components.
- High-Speed Data Capture: Digital force gauges with fast sampling and output options support repeatable measurements during production QA and engineering trials.
- Fixture Integration: Plug-test sensors and threaded mounting formats help integrate force or torque measurement into test stands, custom rigs and laboratory fixtures.
How To Choose The Right Force Or Torque Sensor
Start by confirming whether the application measures linear force, rotational torque or both. Force gauges and force sensors suit tension and compression tasks, while torque sensors are designed for rotational measurement. Capacity, overload protection, mounting style and data output should be checked before purchase.
- Measurement Type: Match the instrument to tension, compression, push-pull testing, static torque or universal torque measurement.
- Capacity Range: Confirm the required range in N, lb, kgf, N·cm, Nm or ozf·in, allowing suitable headroom for expected peak loads.
- Mounting And Grips: Check thread patterns, interchangeable grips, fixtures and test stand compatibility for repeatable sample positioning.
- Output And Reporting: Consider USB output, display resolution, peak capture, pass-fail indicators and calibration documentation where records are required.
Build A Complete Mechanical Testing Workflow
For a complete setup, pair force or torque sensors with Load Frame systems for structured testing, Loadcells for broader load measurement, and Extensometers where displacement or strain measurement is also required. Broader procurement can be supported through Test and Measurement and Industrial equipment pathways.
Support For New Zealand Procurement Teams
John Morris Group supports New Zealand laboratories and technical facilities through its Auckland service centre and local contact pathway on 0800 651 700. Our team helps engineering, manufacturing, maintenance and QA buyers select force or torque sensors that match the capacity, mounting arrangement, data output and application requirements.
Frequently Asked Questions
What Is A Force Sensor Used For?
A force sensor measures linear load, such as tension, compression, push or pull force. It is commonly used in product testing, materials checks, assembly verification and quality control.
What Is The Difference Between A Force Sensor And A Torque Sensor?
A force sensor measures linear load, while a torque sensor measures rotational force. Force sensors suit push-pull and compression testing, while torque sensors suit twisting, fastening and rotational checks.
Do Force Or Torque Sensors Need Calibration?
For regulated QA and engineering workflows, calibration or traceable certification is recommended to support repeatable measurements, audit records and confidence in test results.