GT-7011-TGB
Benchtop Shoe Flexing Tester

The GT-7011-TGB is specifically designed to assess the resistance of shoes to flexing under ambient temperature.
This instrument flexes multiple specimens secured on grips at specified angle and speed. To assess the flexing resistance of shoes, the cut growth on the specimens is measured after reaching a predetermined number of cycles.


PRINCIPLE: The GT-7011-TGB is specifically designed to assess the resistance of shoes to flexing under ambient temperature. This instrument flexes multiple specimens secured on grips at specified angle and speed. To assess the flexing resistance of shoes, the cut growth on the specimens is measured after reaching a predetermined number of cycles.

APPLICABILITY: Ideal for evaluating the flexing resistance performance of shoes or shoe soles under specific conditions.

SIMPLIFIED TEST PROCEDURE: The auto-stop and test cycle counter features make the GT-7011-TGB an efficient solution to minimize test loads and ensure consistent test results.

OPERATION SAFETY: The protective shield minimizes potential hazards and ensures operation safety during testing.

HIGH EFFICIENCY: Utilizing simplified and efficient operation procedures to reduce both operation time and effort.

WIDE ADAPTABILITY: Featuring wide adaptability, the GT-7011-TGB is well-suited for a diverse range of shoe types and sizes, ensuring versatility across various footwear styles.

QUALITY ASSURANCE: Simulates real-world daily usage to evaluate the resistance of shoes and shoe soles to flexing and cracking, ensuring they meet performance expectations. 

SHOE DURABILITY TESTING IN R&D: Helps manufacturers evaluate the durability of new materials and designs used in shoes and shoe soles during R&D processes.

PRODUCT DESIGN IMPROVEMENT: Allows designers to observe how different materials respond to continuous flexing and for adjustments to be made before mass production.

STANDARD CONFORMITY: Ensures that products meet industry standards and satisfy quality expectations in the market.