Slicing machine and method for processing flexible non-metal slice with high-precision thickness and wide format

Abstract

The invention discloses a slicing machine and a method for processing a flexible non-metal slice with a high-precision thickness and a wide format. The slicing machine comprises a lathe bed, a band knife, a press knife guiding device and a block knife guiding device. The processing method comprises the steps as follows: adjusting the feeding angle of a processed object to be larger than the angle of an inclined surface of the front end of a bedplate and the angle of a cutting edge of the band knife to be smaller than the feeding angle simultaneously; and operating with the band knife, and enabling the feeding direction of a sliced and processed object to be downward relative to the band knife and the processed and separated slice to move backwards after the slice passes through the block knife guiding device. The slicing device is provided with a plurality of vibration damping devices, so that larger vibration cannot be generated in the running process of the band knife; and according to the processing method,the processing function is achieved by the sharp cutting edge, and the flexible non-metal slice with the high-precision thickness and the wide format can be rapidly and efficiently processed.

Description

technical field [0001] The invention relates to a processing technology for soft non-metallic flakes with high-precision thickness and large format, in particular to a slicer and a processing method for processing flexible non-metallic flakes with high-precision thickness and large format. Background technique [0002] In the process of processing soft non-metallic flakes, the blank of soft non-metallic material is generally placed on the processing equipment, and then the sliced ​​products with thickness and dimension meeting the requirements are processed. A microtome is a device for cutting thin and uniform tissue slices. The most important function of a microtome is to slice samples or materials. The hardness and nature of the material to be sliced, the thickness and size of the product are all important factors affecting the design of the slicer. Slicers can be divided into shaking microtome, rotary microtome, sliding microtome, push (sled) slicer, ultrathin slicer, la...

AI Technical Summary

Problems solved by technology

[0006] Since the hardness of soft non-metallic materials is not high, it generally has a certain degree of elasticity, and is easily deformed by the cutting force during processing, which requires high requirements for slicing processing equipment. The soft non-metallic sheet processing industry has not yet found a method and equipment that can efficiently process high-precision thick and large-format soft non-metallic sheets that meet the above requirements, so that the processing of high-precision thick and large-format soft non-metallic sheets cannot be realized.

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