System for automatically putting away and laying down metal substrates

Abstract

The invention discloses a system for automatically putting away and laying down metal substrates, which comprises a machine frame. A straight line guide rail is disposed above the machine frame, two sliding seats are arranged on the straight line guide rail, and the lower portion of each sliding seat is connected with an absorbing plate device through a lifting device. The lower portion of the machine frame is sequentially provided with a spacer chamber, a substrate material chamber and a conveying chamber, and a conveying belt capable of being in two-way motion is disposed in the conveying chamber. The distance between the two sliding seats on the straight line guide rail is equal to that between the spacer chamber and the substrate material chamber. The system for automatically putting away and laying down metal substrates basically removes trouble of manual operation, greatly lowers labor intensity of workers, improves efficiency and increases a protective measurement for quality of products due to the fact that substrates are not prone to be damaged during a stacking process.

Description

technical field [0001] The invention relates to a system for processing and arranging metal substrates, in particular to a system for automatically retracting and releasing metal substrates. Background technique [0002] The full name of the metal substrate is metal-based copper clad laminate. It cannot be directly stacked for transfer. It is necessary to set a spacer film between the substrate and the substrate to ensure that the metal substrate will not be damaged during transfer and stacking. Compared with traditional paper-based or glass cloth-based or composite material-based types, metal substrates of the same specification and size are much heavier in quality, so there is a lot of pressure on the retractable boards, stacked boards, and transfers in the manufacturing process. Come quite a lot of trouble. At present, the industry still uses manual methods to solve the above problems, which leads to high physical labor intensity and low efficiency for workers, and it c...

AI Technical Summary

Problems solved by technology

At present, the industry still uses manual methods to solve the above problems, which leads to high physical labor intensity and low efficiency for workers, and it cannot guarantee that the products will not be scratched or bruised during the manual process. Therefore, the industry urgently needs an automatic equipment to solve the above problems.

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