Multi-mode bench abrasion-wheel cutting machine

Abstract

The invention discloses a multi-mode bench abrasion-wheel cutting machine. The multi-mode bench abrasion-wheel cutting machine comprises a machine base, a transmission mechanism, a feeding mechanism,a swing mechanism, a cooling system and a clamp. The feeding mechanism and the swing mechanism corresponding to the feeding mechanism are arranged on the machine base. A small belt wheel used for belttransmission is arranged on the swing mechanism. An abrasion wheel is connected to one end of the small belt wheel. One end of a big belt wheel for belt transmission is arranged on a motor driving shaft. A motor is arranged on a motor base. The motor base is arranged on the swing mechanism. The cooling mechanism is connected to a cutting wheel of the swing mechanism. The clamp is arranged on thefeeding mechanism. According to the multi-mode bench abrasion-wheel cutting machine, the swing mechanism and the feeding mechanism can be adjusted according to different materials so as to conduct cutting in different modes. Through the combination of the swing mechanism and the feeding mechanism, the multi-mode bench abrasion-wheel cutting machine has the advantages of good cutting quality, highcutting efficiency and cutting precision, and wide cutting range. In addition, the multi-mode bench abrasion-wheel cutting machine is easy to operate, low in labor cost, and suitable for mass production.

Description

technical field [0001] The invention relates to the field of material cutting device manufacturing, in particular to a multi-mode desktop grinding wheel cutting machine. Background technique [0002] Grinding wheel cutting machine is widely used in many fields such as machinery, metallurgy, automobile, aerospace, scientific research and education, and is an indispensable mechanical processing equipment. With the continuous development of material science, new requirements are put forward for the cutting ability and cutting quality of grinding wheel cutting machines, which requires the continuous development of new cutting equipment to meet the processing needs of new materials. The cutting quality of the traditional grinding wheel cutting machine is not ideal when cutting new materials, and it is prone to problems such as uneven incision, deflected cutting route, and changes in the surface structure of the workpiece. Therefore, there is an urgent need to invent a high-effic...

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Problems solved by technology

In the investigation and research of the factory, the grinding wheel cutting machine used mainly adopts the manual cutting method, and the clamping equipment used is relatively simple. The quality of the cut products is not consistent, and the next step cannot be processed directly. , it is necessary to reprocess the verticality and roughness of the end face to meet the processing needs of the next step

The cutting mode is single, and the cutting quality of different materials is quite different, and the cutting parameters cannot be changed for different types of materials to improve the cutting quality

At the same time, in the investigation and research of the laboratory, the cutting equipment used in the laboratory is mainly for the detection of the metallographic pattern of the material and the cutting of some materials. The section cutting of the material for metallographic sample research has stricter cutting Difficulty in operation, for existing equipment, to cut out good samples requires rich practical experience, which also causes waste

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