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What are the efficient working factors of glass edging machine?

2022-04-12
What are the efficient working factors of glass edging machine?

1. For all newly purchased edging machines, be sure to read the instruction manual before use, understand the transmission principle of the machine, the functions of various handles, handwheels, electronic buttons, waterway and airway control valves, and master machine maintenance knowledge After that, the machine can be operated.

2. The quality of the grinding head of the glass edging machine has a great influence on the grinding quality of the glass. The position and moving gap of the grinding head have been adjusted before leaving the factory, except for the advance and retreat of the grinding head. The rest are generally not moved, so as not to affect the grinding quality. In addition, the receding position of the grinding head should not be too large, otherwise it will easily damage the waterproof sleeve, cause water leakage, and easily burn out the motor.

3. Whether the cooling is sufficient also has a great influence on the grinding effect. It is necessary to frequently check whether the cooling pipeline is blocked, especially the pipeline of the linear edger is easily blocked by the bristles. And it is not easy to be noticed after blocking, which will cause insufficient cooling and affect the quality of edging.

4. The infinitely variable transmission used by the glass edging machine must be in the open state when adjusting the speed. Otherwise, it is easy to damage the CVT of the edger.

All preparations have been made in advance as follows, and there may be other factors:

Manufacturing (process) factors, although the design is correct, due to the process manufacturing conditions cannot meet the design requirements, various failures of the equipment lead to failures, such as cracks in the forging process, incomplete penetration in the welding process, and hot and cold cracks Looseness and slag inclusions formed by casting. The dimensional tolerance and surface roughness of machining are not suitable, and the defects of heat treatment process, such as quenching cracks, tempering embrittlement, structural defects of hardened surface, insufficient hardness, too thin hardened layer, and finishing grinding cracks, etc.