Automatic processing scheme of brake system bracket
This plan adopts a six-degree-of-freedom industrial robot, which cooperates with auxiliary facilities such as upside-down sky rail, blank conveyor line, finished product conveyor line, and robot end clamping system to complete the automatic loading and unloading of six vertical machining centers.
Description
High degree of automation
Manual completion—the second blank feeding can achieve two hours of unmanned production；
High space utilization
The use of upside-down robots to move the track reduces the footprint of the equipment and facilitates equipment maintenance and fixture replacement and debugging.；
Labor cost reduction
After automation is implemented, one worker can manage three to four production lines；
Strong product compatibility
The workpiece positioning, conveyor line positioning, and clamping system are all modular in design to facilitate customer product replacement.；
High equipment utilization rate
Intelligent control is used to determine the end order of each equipment's processing program from time to time, and the feeding sequence is optimized in the order of the end of the program to improve the utilization rate of the floor bed.
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