For now, engineering building glass represents large-sized glass, and electronic and electrical glass represents small-sized glass as an example to illustrate. Except for special circumstances
In terms of usage requirements, large-sized glass such as Chengjian Glass does not have high requirements for edge grinding, such as polishing, diagonal, etc
Small size glass such as electronic and electrical equipment glass has relatively higher requirements for edge grinding, such as clear and bright polishing, uniform chamfer size, clear edges, and diagonal lines within 0.2MM
Therefore, we can see that due to the higher processing requirements for small-sized glass compared to large-sized glass, the difficulty of processing small-sized glass is also higher than that of large-sized glass
In terms of processing technology, small-sized glass is also more difficult than large-sized glass
The reasons are as follows:
< Strong> The bilateral edging machine for processing large glass can be equipped with large glass bilateral machine Timing belt; The bilateral edging machine for processing small glass must be equipped with a small Timing belt. Moreover, the smaller the glass, the smaller the Timing belt Strong>
This results in differences in the stability of glass transmission during edge grinding between the two specifications of glass. Due to the heavy weight of large-sized glass and the large contact area between large-sized glass and Timing belt due to the large size of glass and Timing belt, the conveying stability of large-sized glass edging is good, thus reducing the manufacturing technical difficulty of bilateral edging machine
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However, small glass has light weight, small glass and small contact area between Timing belt small glass and Timing belt, so the transmission stability of small glass edging is poor, thus improving the manufacturing technical difficulty requirements for bilateral edging machine. That is to say, other means must be used to improve the transmission stability during the grinding process of small-sized glass
In this way, the use requirements for large-sized glass are low, and the processing technology requirements are also low; However, the use requirements for small-sized glass are high, and the processing technology requirements are also difficult, which can be said to be a high difficulty requirement. If ordinary double-sided machine technology is used, it cannot meet the requirements for using small-sized glass at all
Overall, the manufacturing technology of precision small glass double-sided edge grinding machines is difficult. If aGlass Double Edge Grinding MachineThe manufacturing factory has mastered the technology of precision small glass double edge grinding machines. Don't think there are problems with ordinary double edge grinding opportunities_
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