The emergence of flexible electronics has provided a new direction for the development of classical electronics and triggered the emergence of new forms of electronic devices. However, in the process of transforming electronic materials and devices from rigid to flexible, the traditional rigid test methods have become unable to fully adapt, and the matching flexible test system has become necessary to promote the development of the flexible electronics industry.
In the testing process of flexible electronic materials and devices, especially in the initial stage of development and verification of flexible electronic materials and devices, it is of great significance to develop a modular flexible materials and devices test system with high degrees of freedom to improve the efficiency of development and verification and reduce the test cost.
High reliability (million cycles)
Sample adaptability (same tensile force in the process, no bending)
Scalability (Optical, Electrical Performance Testing Assistance Systems)
Torsional testing of flexible materials and devices such as films, coatings, flexible displays, organic light-emitting devices, planar wearable products, flexible printed circuits, and flat cables.


