Force Gauges

Force gauges are precision instruments used for measuring tension and compression forces across industrial testing, quality control, manufacturing and laboratory applications. This collection includes digital and mechanical force gauges suitable for push-pull testing, material testing, assembly verification and production inspection environments.

Force Gauge Test Stands

Force Gauge Accessories

Collection

Professional Force Gauges for Tension and Compression Testing

Force gauges are widely used throughout manufacturing, engineering, research, quality control and product testing industries to accurately measure tensile and compressive forces. Commonly used for push-pull testing, break testing, spring testing, insertion force measurement and material verification, force gauges provide reliable and repeatable force measurement across a wide range of industrial applications.

This collection includes professional digital and mechanical force gauges suitable for workshop inspection, laboratory testing, production environments and field service applications. Available in a wide range of capacities from low-force precision testing through to high-capacity industrial measurement, these instruments are designed for reliable force measurement in both tension and compression directions.

Digital force gauges are commonly used where higher resolution, data logging and advanced functionality are required. Many models include peak hold, tolerance limits, statistical analysis, USB or RS-232 connectivity and internal memory for recording measurement data. These features make digital force gauges particularly suitable for quality assurance, repetitive testing procedures and production reporting applications.

Mechanical force gauges remain popular within industrial and on-site environments due to their robust construction, straightforward operation and independence from battery power. They are often used for quick testing procedures, maintenance inspections and portable force measurement tasks where simplicity and durability are important.

Force gauges are commonly combined with manual or motorised test stands to improve repeatability and maintain controlled test conditions during production and laboratory testing. Depending on the application, force gauges may be used for testing springs, switches, connectors, packaging, cables, medical devices, welded assemblies and manufactured components.

Modern force measurement systems are widely used throughout automotive, aerospace, electronics, plastics, packaging and manufacturing industries where controlled force measurement forms part of quality control and product verification procedures. Selecting the correct force gauge helps improve testing consistency, measurement repeatability and overall inspection reliability.

Understanding Force Gauge Measurement

Force gauges are designed to measure pushing and pulling forces using either internal load cells, external sensors or mechanical spring mechanisms. Digital force gauges typically use strain gauge load cell technology to convert force into an electronic measurement displayed in units such as Newtons (N), kilogram-force (kgf) or pounds-force (lbf).

Digital force gauges are widely used because they offer improved resolution, peak capture functionality, tolerance monitoring and data transfer capabilities. Many models support USB or RS-232 communication for integration with quality systems, software packages and laboratory reporting environments.

Mechanical force gauges continue to be widely used for industrial testing where robust operation and quick setup are preferred. These instruments are often suitable for portable applications and environments where electronic instruments may not be practical.

Force gauges are frequently mounted onto manual or motorised test stands to improve test repeatability and provide controlled testing speed. Combining a force gauge with a test stand can significantly improve measurement consistency during repetitive testing procedures and product quality checks.

Regular calibration and verification are important for maintaining reliable measurement performance. Many industrial environments require ISO calibration certification or traceable verification procedures as part of internal quality management systems.

Digital force gauges

Digital force gauges provide high-resolution force measurement with functions such as peak hold, statistical analysis, tolerance testing and USB data output.

Mechanical force gauges

Mechanical force gauges are commonly used for straightforward portable testing applications where robust operation and simple measurement are required.

Force gauge test stands

Force gauges are often used alongside manual or motorised test stands to improve repeatability and maintain controlled testing conditions.

Learn more

Industrial force gauge applications

Force gauges are used across manufacturing, engineering, laboratory and inspection environments where controlled tension or compression force measurement is required.

Quality control testing

Force gauges are widely used for production quality checks, component verification and repeatability testing within manufacturing and assembly environments.

Material and product testing

Industrial force gauges are commonly used for tensile testing, break testing, insertion force measurement and spring testing across engineering and laboratory applications.

Service and maintenance inspection

Portable force gauges are frequently used within maintenance and field service applications for checking switches, connectors, mechanisms, springs and installed equipment.

How to choose force gauges

Selecting the correct force gauge depends on the measurement range, application type, required accuracy and the testing environment.

Choose the correct force range

Select a force gauge with sufficient capacity for the intended application while maintaining suitable measurement resolution. Using an oversized gauge may reduce low-force measurement sensitivity.

Decide between digital and mechanical

Digital force gauges provide advanced functions including peak hold, data logging and interface connectivity, while mechanical force gauges are often preferred for simple portable testing and robust industrial use.

Consider testing repeatability

For repetitive testing procedures or laboratory environments, combining a force gauge with a manual or motorised test stand can improve measurement consistency and operator control.

Review calibration and reporting requirements

Many industrial quality systems require traceable calibration certification and data recording capability. Digital models with USB or RS-232 connectivity may simplify reporting and integration into inspection procedures.

Force Gauge FAQs

Choosing the correct force gauge can depend on the application, force range, accuracy requirements and testing environment. Below are answers to some common questions relating to industrial force measurement, push-pull testing and digital force gauges.

What is a force gauge used for?

A force gauge is used to measure pushing and pulling forces within industrial testing, quality control, laboratory and engineering applications.

What is the difference between a digital and mechanical force gauge?

Digital force gauges provide electronic measurement with functions such as peak hold, data output and statistical analysis, while mechanical force gauges use spring-based mechanisms for simple and robust force measurement.

Can force gauges measure both push and pull force?

Yes. Most industrial force gauges are designed for both tensile and compressive force measurement depending on the fixtures and application setup used.

Do force gauges require calibration?

Regular calibration and verification are recommended to maintain reliable force measurement performance and support quality assurance procedures. Many models are available with ISO or traceable calibration certification.