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The GT-7045-SL is specifically designed to determine the performance of tied shoelaces against slippage. By securing a tied shoelace with a specific test load and moving it in a reciprocating motion at a defined angle and frequency for a prescribed number of cycles, this instrument enables operators to assess the tightness of the shoelace under real-world conditions.
Well-suited to assess the stability of shoelaces, belt, and vest straps
Helps manufacturers verify if tied shoelaces can remain stable during real-world activities, ensuring the stability and safety of footwear.
By simulating body motion when wearing shoes, this instrument helps manufacturers maintain and verify the quality of their shoelace products.
Enables manufacturers to evaluate the performance of shoelaces against slippage, enhancing their product competitiveness.
Delivers valuable insights into shoelace slippage resistance, ensuring consistent product performance.
The shoelace knot tightness sensor enables operators to monitor shoelace conditions in real time, ensuring precise control and testing.
Maintains stable acceleration during testing using high-precision accelerometer.
Offers dedicated software to conduct calibration on this instrument, ensuring precise and reliable performance.
Combining knot tightness sensors with an accelerometer self-control system, this instrument enables automatic operation, minimizing human intervention.
The touchscreen interface offers an intuitive and user-friendly experience, allowing operators to effortlessly set up parameters and operate the tester.
This instrument is designed to conduct testing on multiple specimens simultaneously, enhancing work efficiency without interference.
| Test station | 4 set |
| Swinging angle | 43° |
| Counter | 0 to 999,999,999 |
| Dimensions (approx.)(W×D×H) cm | 88×50×82 |
| Power | 1∮ AC220V 50Hz (or specify) |
Villa Payung Indah B 27, Jawa Tengah, Pudakpayung, Kec. Banyumanik, Kota Semarang, Jawa Tengah 50265
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