GOTECH Shoelace Knot Slippage Tester (GT-7012-SL)

Detail

Shoelace slippage tester – principle

Designed specifically for evaluating the anti-slip performance of shoelaces after tightening, it simulates the fixed state of a bow and conducts shoelace slippage tests at certain angles, frequencies, and numbers under a fixed load to record the tightness of the shoelaces in detail.

Applications in the tape-type auxiliary materials industry:

It is not limited to footwear, but is also applicable to the production of other belt accessories, such as belts and vest straps, to ensure their stability in use.

Footwear product testing:

Ensure that shoelaces do not become too loose during use, such as during exercise or activity, to guarantee the sturdiness and safety of the footwear.

Quality control:

Quantitative tests are conducted to simulate the impact on shoelaces during human movement to ensure that the product meets high-quality standards.

New product development:

When developing new footwear products, it can be used to evaluate the anti-slip performance of new materials or shoelace designs to improve product competitiveness.

Production process monitoring:

As part of the production process, shoelace slip

resistance testing machines can be used to monitor the slip resistance of shoelaces at each workstation to ensure product consistency. These machines help ensure shoelaces remain secure in real-world use, providing an effective means of evaluating product durability and performance.

If you have any further questions or needs regarding shoelace slip resistance testing machines or other related equipment, please feel free to contact us.
We are happy to provide you with professional support and solutions.

 

Feature

Real-time sensing and control

The shoelace loosening sensor can detect the status of the shoelaces in real time, ensuring that the tightness of the shoelaces can be monitored at any time during the test, thereby achieving more accurate testing and control.

Touch interface

With an intuitive and easy-to-use touchscreen interface, users can easily set test parameters and control the machine, improving the ease of operation.

Multi-unit design

Multiple samples can be tested simultaneously without interference, thus improving testing efficiency.

 

Specification

workstation 8 groups
Swing angle 90° (swinging up and down 45° each way)
speed 0~230 cpm (adjustable)
count 0~60,000 times
Volume (approx.) 90cm × 57cm × 72.5cm (W×D×H)
power supply 1∮ AC220V 50Hz (depending on country or specific requirements)
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