10–20,000 N·m Torque Testing Machine

Torque Testing Machine / Torque Testing Instrument is mainly used to evaluate the static and dynamic torsional mechanical properties of various products and components. It is suitable for testing automotive components, mechanical parts, hand tools, medical products, torsion springs, fasteners, welded parts, connectors, rubber components, plastic parts, structural components, shafts, and other torque-loaded specimens.The test specimen is installed between adjustable fixtures, allowing the machine to accommodate different specimen sizes and configurations. The computer-controlled system automatically performs torque loading and data acquisition, providing comprehensive analysis of torsional performance.

Main Testing Functions

Static torsional stiffness testing

Static torsional strength testing

Torsional stiffness testing

Torque qualification testing

Destructive torque testing

Breaking torque testing

Torsional strength testing

Torque–angle curve analysis

Fatigue life and durability testing

Peak torque measurement

Torsion angle measurement

Data Acquisition & Analysis

The computer-controlled system can acquire and display:

Torque

Peak torque

Torsion angle

Test time

Torque–Time Curve

Torsion Angle–Time Curve

Torque–Torsion Angle Curve

Test results can be stored, retrieved, analyzed, and printed as test reports, providing convenient support for product development, quality control, material research, and laboratory testing.

Main Applications

The 10–20.000 N·m Torque Testing Machine is designed for high-precision torque and torsional performance testing of components and materials with different torque capacities. It can be used for:

Automotive Components: Drive shafts, steering components, transmission parts, and other torque-bearing components.

Mechanical Parts: Shafts, gears, couplings, mechanical assemblies, and structural components.

Hardware Tools: Wrenches, sockets, screwdrivers, and other torque-transmitting tools.

Fasteners and Connectors: Evaluating torsional strength and failure torque.

Torsion Springs: Measuring torque, torsion angle, and mechanical performance.

Medical Products: Torsional performance evaluation of applicable medical components.

Rubber and Plastic Parts: Evaluating torsional resistance and deformation characteristics.

Research and Quality Control: Suitable for R&D, incoming inspection, production quality control, and laboratory testing.

Technical Specifications

Main Features

Ultra-Wide Torque Range: Configurations from below 10 N·m up to 20.000 N·m, with higher capacities available on request.

Fully Automatic Loading: Automatic torque loading reduces operator intervention and improves test consistency.

High-Precision Measurement: Available in Class 0.5 or Class 1 configurations.

High-Resolution Angle Measurement: Angle resolution reaches 0.01°, with a measurement range up to 99.999°.

Adjustable Test Speed: Torsion speed can be continuously adjusted from 0.1–720°/min according to test requirements.

Multiple Torque Configurations: Different torque ranges can be selected according to specimen requirements, avoiding unnecessary oversizing of the measurement system.

Reliable Repeatability: Relative repeatability error of indication is <0.5%.

Wide Application Range: Suitable for metals, plastics, rubber components, fasteners, shafts, tools, automotive parts, and other torque-loaded specimens.

Overload Protection: Built-in overload protection helps protect the torque sensor, drive system, and test specimen.

Standardized Construction: Overall machine requirements comply with GB/T 2611.