With the advent of 5G era, various coated glass components in cameras, VR and AR glasses are increasingly widely used, and customers have put forward higher requirements on the surface quality of coated or printed products. In automated production, any fingerprint, even the naked eye is difficult to distinguish the sucker print will affect the yield. How to meet customers' more and more demanding quality requirements and improve product yield?

Flexible jaws can solve this problem perfectly

Using flexible jaws, clamp the workpiece edge. During the whole handling process, the flexible claw has no contact with the panel or the sensitive and fragile surface of the wafer, which can achieve the effect of trackless handling.

1. The panel size is large and can be grasped

Flexible claw modular design, light weight, can be arranged according to the size of the free combination, even if the width of more than 1 meter panel, can be easily handled.

2. Fragile wafers do not collapse

The clamping force of the traditional cylinder is generally large and difficult to control. When the fragile glass and wafer are clamped, the edge is easy to collapse, which affects the yield. The single finger holding force of the flexible claw is adjustable in the range of 0-20N, which will not hurt the fragile workpiece.

3. It not only catches flat, but also lays flat

When the glass panel is placed, the synchronization of the jaw is very high. The cylinder jaw is easy to cause the problem of tilt and inaccurate positioning because of the asynchronism. Unlike the linear piston motion of the cylinder, the flexible jaws can maintain perfect synchronization and consistency.

4. Meet the requirements of dust-free workshop

Dust-free, dust-free, trackless fingers, to meet the requirements of high grade dust-free workshop. The fully closed finger structure makes the driving air completely isolated from the environment, which will not cause the hidden danger of cross pollution due to the unclean compressed air like suction cup products.