No-scraps slicer

Abstract

The invention relates to the technical field of production machines, in particular to a machine for machining heat radiator fins. The machine comprises a baseframe unit, a power unit and a slicing unit, wherein the baseframe unit provides an installation space and a machining platform of components and a positioning mechanism used for positioning and guiding workpieces for machining is matched on the machining platform; and the power unit mainly comprises a motor, a power part connected with the motor, and an electric control part; the slicing unit comprises a cutter and a cutter seat, and the cutter seat is connected with the power part of the power unit through a connecting rod to make the cutter move repeatedly and slice workpiece surface materials so as to form the heat radiator fins. The machine processes the fins in a cutter slicing mode and has the advantages of no waste material generation, low material loss, small volume and light weight of produced products. The smallest thickness of the fins can be controlled to be 0.2 millimeter and the fins are uniformly distributed and have elegant appearance. The machine also has the advantages of easy management and control, simple operation, fewer required workers, stable quality of products produced by the machine, and great improvement of machining efficiency.

Description

Technical field: [0001] The invention relates to the technical field of production machinery, in particular to a machine for processing radiator gears. Background technique: [0002] At present, there are two main processes and methods for producing fin-type radiators on the market: one is extrusion molding and then cutting. This process is mainly to first extrude the material and then use the machine to cut it. This process consumes a lot of materials and produces The product has poor heat exchange function, and the thickness of the obtained sheet can only reach 1mm at the thinnest of the extrusion molding of the profile, and the sheet thickness of less than 1mm cannot be produced. The second is cut-and-hook processing, which is to use processing equipment to cut and shape products with the same large material. This process can process products with a thickness of less than 1mm. However, this processing technology has large material losses and generates a lot of waste. Defects: ...

AI Technical Summary

Problems solved by technology

[0002] At present, there are two main processes and methods for the production of fin radiators on the market: one is extrusion molding and then cutting. This process is mainly to extrude the material first and then cut it by machine. The heat exchange function of the product is poor, the extrusion molding of the profile, the thinnest thickness of the obtained sheet can only reach 1mm, and the sheet thickness below 1mm cannot be produced

The second is the split-hook processing, which is to use processing equipment to cut and shape the same large material as the product. This process can process products with a thickness of less than 1mm, but this processing process has a large material loss and produces a lot of waste. Defects: The rate of processing waste accounts for 25% to 30% of the product, the processing speed is slow, many employees are needed, and the quality of the employees is high, otherwise the product quality is difficult to be guaranteed

In addition, for the products of double-sided gears, the above-mentioned processing technology can only be processed on one side, and cannot be processed on both sides at the same time.

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