Simulated Human Body Underwear Tester

About Simulated Human Body Underwear Tester

The Simulated Human Body Underwear Tester is designed to evaluate the wearing pressure and contact force between underwear or garments and the human body under simulated wearing conditions. By combining multi-sensor micro-force detection with intelligent analysis software, you can obtain accurate, long-term force distribution data to support functional garment evaluation and wearing comfort research.

Application

You use this tester to assess wearing pressure and contact force of garments under simulated human body conditions.

It is suitable for testing knitted tight-fitting garments, underwear, compression clothing, functional sportswear, medical compression garments, and other apparel where wearing pressure and comfort performance are critical.

Standards

The Simulated Human Body Underwear Wearing Force Tester complies with the following standard:

(1) FZ/T 70015-2022 Test and evaluation method for pressure of knitted tight-fitting garments

Parameters

Features

You benefit from multi-sensor micro-force detection for high-precision measurement.

The system provides stable and reliable long-term force monitoring during garment wearing tests.

Test data are recorded in both numerical form and multi-color curves for clear analysis.

The intelligent analysis software supports full-process data recording and evaluation.

A PC-based graphical interface offers intuitive operation and clear visualization.

The tester supports functional evaluation, comfort assessment, and health-related research of garments.

Accessories

(1) Main testing unit

(2) Simulated human body mannequin

(3) Force sensor assemblies

(4) Data acquisition and analysis software

(5) Power cable

(6) User manual

(7) Certificate of conformity

Test Procedures

You dress the simulated human body mannequin with the garment to be tested.

Set test conditions and force measurement parameters through the PC software.

Start the test, and sensors continuously measure contact force at designated body positions.

During the test, the system records force data and generates corresponding curves.

After completion, you analyze the results using the built-in evaluation software.

Maintenance Information

You should regularly check sensor calibration to maintain measurement accuracy.

Sensor surfaces and contact areas should be kept clean to avoid measurement deviation.

Software and data interfaces should be inspected periodically for stable operation.

Routine inspection helps ensure long-term reliability and consistency of test results.