Fitness Equipment Torque Testing Machine

The Fitness Equipment Torque Testing Machine is mainly designed for torsional performance testing of fitness equipment, golf clubs, and related components, including golf club torsional failure/torque testing. The test specimen is installed between adjustable fixtures, allowing the machine to accommodate different specimen sizes and perform torsional mechanical performance tests.The system adopts computer-controlled operation and can collect and analyze:Torque，Peak Torque，Torsion Angle，Torque–Time Curve，Torsion Angle–Time Curve，Torque–Torsion Angle Curve.It supports test data storage, retrieval, and test report printing.

Main Applications

The machine can be used for torsional testing of:

Fitness equipment components

Golf clubs and shafts

Metal raw materials

Semi-finished components

Finished components

Other torsion-resistant products

Applicable Standards

GB/T 10128-1998 — Metallic Materials — Torsion Test Method at Room Temperature

GB/T 10128-2007 — Metallic Materials — Torsion Test Method at Room Temperature

Technical Specifications

Applications

The Fitness Equipment Torque Testing Machine is mainly used to evaluate the torsional mechanical performance of fitness equipment, golf clubs, shafts, and related components. It is suitable for:

Fitness Equipment Testing: Evaluating the torque strength and torsional performance of shafts, handles, connecting rods, and other load-bearing components.

Golf Club Testing: Determining torsional strength, maximum torque, torsion angle, and failure performance of golf clubs and shafts.

Raw Material Testing: Evaluating the torsional properties of metal and other engineering materials.

Component Testing: Testing semi-finished and finished components for torsional strength and durability.

Product R&D: Supporting material selection, structural optimization, and product design.

Quality Control: Used for incoming inspection, production quality control, and finished-product verification.

Laboratory Testing: Suitable for quality inspection departments, research institutions, and third-party laboratories.

Main Features

Horizontal Test Structure: Provides stable specimen installation and convenient operation.

High-Precision Measurement: Torque indication error is better than ±1%, with repeatability error better than 1%.

High-Resolution Angle Measurement: Angle resolution reaches 0.01°, with measurement accuracy better than ±1%.

Wide Speed Range: Torsion speed can be continuously adjusted from 0.01–5 r/min, with control accuracy better than ±1%.

Flexible Fixtures: Equipped with three-jaw chuck and bidirectional center-tightening fixtures to accommodate different specimens.

Adjustable Test Stroke: Standard test stroke of 300 mm or 500 mm, with extended configurations available.

Computer-Controlled Testing: Supports automatic test control, data acquisition, curve display, and test result analysis.

Multiple Test Functions: Can measure torque, peak torque, torsion angle, torsion speed, and other parameters.

Overload Protection: Built-in overload protection helps protect the testing machine and specimen.

Standardized Design: The machine appearance and overall requirements comply with GB/T 2611.