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E-mail
13784707568@163.com
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Phone
18233694111
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Address
Houmu Industrial Park, Qingyun Town, Yanshan County
Cangzhou Juyou Machine Tool Accessories Manufacturing Co., Ltd
13784707568@163.com
18233694111
Houmu Industrial Park, Qingyun Town, Yanshan County
CNC machine tool guide rail stainless steel plate protective coverAdvantages of the device:
1. Each piece of the protective cover can be operated simultaneously, which is different from the typical one piece pull type of protective cover, resulting in extremely low noise.
2. The use of a protective cover for the device can increase its service life.
3. The steel plate protective cover device can increase the movement speed of the cover to 120m/min and withstand higher G values (2G).
4. The steel plate protective cover device ensures that the cover moves in the same direction and is parallel (avoiding the disadvantage of snake movement in general shear type protective covers).
5. It can be smoother at high speeds without any vibration.
CNC machine tool guide rail stainless steel plate protective coverTechnical data:
The steel telescopic guide rail protective cover is made of high-quality 2-3mm thick steel plate cold pressed, and can also be made of stainless steel according to requirements. Special surface polishing will increase its value. We can provide corresponding guide rail protection types (horizontal, vertical, inclined, horizontal) for all types of machine tools.
The protective cover structure we have developed varies depending on the operating speed and guide rail. We are equipped with polyurethane or brass sliders for speeds below 10m/min. We are equipped with rollers for speeds below 30m/min. In addition, a buffer system is required between the drive board, scraper board, and suction board. The purpose of the slider buffer system is to reduce collisions, noise, and friction.
The number of sections of the steel telescopic guide rail protective cover is important for its proportion, weight, and operating characteristics. Each section should be as long as possible to reduce the number of sections and lower costs. In general, the ratio of large stretching to small compression should be between 3:1 and 5:1.