Production process of wear-resistant PC (polycarbonate) board

Abstract

The invention discloses a production process of a wear-resistant PC (polycarbonate) board, which uses a production device of the wear-resistant PC board, and the production device of the wear-resistant PC board comprises a supporting structure, a conveying structure and a flattening structure, when the production device for the wear-resistant PC boards is adopted for producing the PC boards, the specific process is as follows: the PC boards to be flattened sequentially slide to the workbench from the rectangular frame body, meanwhile, the driving motor is controlled to enable the belt to rotate, and the PC boards intermittently falling to the workbench can be smoothly conveyed through the push block on the outer side wall of the belt; the PC plate can smoothly pass through the space between the multiple pressing rollers and the supporting rollers through the push blocks, and the height of the pressing rollers can be adjusted by adjusting the using height of the movable plate. According to the PC board flattening device, uninterrupted work of PC board flattening operation can be achieved, the stability of the PC board can be guaranteed in the PC board conveying process, the deviation condition is avoided, and the quality of the flattening operation is improved.

Description

Technical field [0001] The invention involves the production technology field of PC board, especially the production process of a wear -resistant PC board. Background technique [0002] PC plates are also called polycarbonate plates. Capallon plates are an engineering plastic with excellent comprehensive performance. It has outstanding physical, machinery, electrical and thermal properties. At this stage, it is widely used in various industries. [0003] During the PC board processing process, the whole plate needs to be placed under the laser cutting machine and automatically cut into a large number of small rectangular products. Laser cutting is to use the energy of the light to achieve a high energy density on the focus after the lens focuses. If it is achieved, due to the high temperature of the laser, the small cubic plate obtained by cutting is prone to local unevenness and straightness, resulting in poor flatness of small cubes. The existing flat device structure is compli...

AI Technical Summary

Problems solved by technology

[0003] In the process of PC board processing, it is necessary to place the whole board under the laser cutting machine and automatically cut it into large batches of small rectangular products. Laser cutting uses the energy of light to focus through the lens to achieve a high energy density at the focus point, relying on the photothermal effect However, affected by the high temperature of the laser, the small rectangular plate obtained by cutting is prone to local unevenness, resulting in poor flatness of the small rectangular plate. The existing leveling device has a complex structure and cannot be continuously performed during the leveling operation. In addition, when leveling the surface of the steel plate, it is difficult to level the steel plate with different thicknesses, and the adaptability is poor. Therefore, we propose a production process of wear-resistant PC board to solve the above-mentioned problems.

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