And within the glass industry, our personnel takes a holistic capability to engineering, pushing the bounds of what expertise can enact.
Earlier this One year our personnel tackled our excellent glass project but: a colossal-capability robotic glass assembly rack loading system where racks may perchance well be slotted in L-frame or A-frame sorts.
This robotic system can robotically decide a stout-dimension differ of rectangular and fashioned glass, at the side of insulated glass items and observe cork separators previous to rack-loading for shipping or extra downstream processing.
Laser-guided product dimension choice informs which give up-of-arm machine is required to soundly decide the glass and the machine adjustments occur robotically. At the side of this, applied robotic innovation enabled step-trade enhancements in quality, productiveness and price.
The skill to decide and pack an awfully huge resolution of glass and glass assembly sizes, at the side of shapes and assemblies higher than 1000 pounds is pushing robotic glass expertise limits! On the other hand, safe system operation became assured as phase of this innovation and became a key driver and purpose of this methodology pattern. Product dimension detection, combined with parametric programming, enabled computerized machine altering to optimize system flexibility and throughput. Watch above to gawk this robotic and cell in circulate.
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发布者：Dr.Durant，转转请注明出处：https://robotalks.cn/expanding-the-limits-of-what-robots-can-do-is-built-into-the-qcomp-dna/
