Crease Recovery Tester

Crease Recovery Tester/ Wrinkle Recovery Tester

What is A Crease Recovery Tester

A Crease Recovery Tester, also called A Wrinkle Recovery Tester, is used to test the recovery properties of various fabrics after being subjected to folding under a specified load for a certain duration.

Crease Recovery Tester Featured Products

DaRong developed several models of crease/wrinkle recovery testers for crease recovery test method, each with its own specific features. You can always find a good fit of crease recovery tester of fabric for your laboratory’s crease recovery test of fabric.

The fully enclosed dark box design ensures minimal external interference during the experimental process, mitigating potential errors caused by environmental factors.
The unique rotating workstation design within the industry enhances operational efficiency.
The constant automatic pressure application and unloading of the weight by the robotic arm reduce the workload of the experimenter and minimize human errors.
The stepper motor facilitates automatic flipping, ensuring a smooth flipping action and effectively eliminating the impact of sample rebound due to flipping vibrations.
CCD automatic imaging, processing both dynamic and static images, automatically captures the folding angle, saves images in real-time, and serves as original evidence in case of disputes over test results. It also provides a large amount of raw data specimens for research and teaching purposes.
Testing stations 1-10 can be selectively chosen for testing, facilitating efficient selection of single or multiple sets of data. Other stations can be left vacant.
In a single test process, the option to choose between rapid or slow rebound, or both modes, allows the CCD camera to capture the folding angle rapidly within 15 seconds and again after 5 minutes for slow rebound.
The test software includes a built-in electronic goniometer, capable of measuring angles in the range of (0-180)°, with the ability to adjust data based on imaging results, avoiding measurement blind spots and addressing other complex testing conditions.
The testing software provides static and dynamic image processing, supporting various data statistics, analysis, storage, and output functions.

Related Product

Simultaneous testing of three workstations, completing three experiments in one operation for high efficiency, speed, and minimal errors.
Automatic rotation for pressure application, automatic timing initiation, and automatic release for efficient and precise testing.
Precise and convenient application of weights with no impact from overshooting forces.
Utilizes magnetic force and employs a semi-circular clamping method for easy fixation and removal of samples.
Dual protection in the design of the upper-pressure head’s upward and downward movements ensures safety and reliability.
When the upper-pressure head descends to the lowest point, it completely disengages, ensuring precise sample compression without constraint.

Why Choose DaRong's Textile Tester?

1V1 Support

Online English Speaking Technical Assistance for Trouble Shootings

Free Training

Free Online Training, Free Accomodation, Free foods, Free On-Site Training

On-Site Maintainence

Engineers Worldwide Periodically Visits for On-Site Instrument Maintenance

Free Software Update

Free Over-the-Air Software Update to Meet the Most Updated Standards

Craftsmanship

Precision

Stability

Supply Chain Advantage

High Cost-Performance Ratio

Exceptional Performance

With mass production spanning 35 years, DaRong has assembled the most advantageous suppliers, thereby reducing costs and improving the cost-performance ratio. Your laboratory might only need a comparatively low cost to own an instrument that is comparable to those of world-top brands.

IoT (Internet of Things) Solution

Remote Control

Real-Time Report

IoT (Internet of Things) Solution, on which DaRong invests heavily, makes Mobile Remote Control and Real-Time Status Report possible. You are not required to be present beside the instrument. You can access the device’s dynamics and test results remotely, thereby saving time and labor.