Linear guide rail: the wear of ball rolling mode is very small, which makes the mechanism keep high precision for a long time. For example, in actual use, it is found that the high-quality linear guide rail installed on the automatic feeding manipulator of the injection molding machine can still work normally after more than ten years of operation, and the accuracy is also very good.

　　由于生產效率(或生產節(jié)拍)的要求，在許多自動機械中，各種執(zhí)行機構的運動速度都非?？臁８湫偷膱龊?，如注塑機的自動送料機械手，電子制造業(yè)中的SMT高速貼片機，都是由這種直線導軌機構引導的。

　　Due to the requirement of production efficiency (or production beat), in many automatic machines, the movement speed of various actuators is very fast. The most typical occasions, such as the automatic feeding manipulator of injection molding machine, SMT high-speed laminating machine in electronic manufacturing industry, are all guided by this linear guide mechanism.

　　直線導軌機構在使用過程中基本上不需要特殊的維護，只需要定期添加潤滑油或油脂就可以，所以維護非常簡單，也有利于工作環(huán)境的清潔。

　　The linear guide mechanism basically does not need special maintenance in the use process, only needs to add lubricating oil or grease regularly, so the maintenance is very simple, and it is also conducive to the cleaning of the working environment.

　　由于直線導軌機構運動阻力小，驅動力小，潤滑簡單，與傳統(tǒng)的V-V型槽鑄造刮面導軌相比，運動阻力大大降低，大大節(jié)約能源。例如,在一個大型平面磨床,如果原始加工指導改變直線導軌,驅動力可以減少到原來的1/10,電力的消費可以減少到原來的1/10,和潤滑油的消耗可以降低到原來的1/16。

　　Compared with the traditional V-V groove casting scraping surface guide rail, the linear guide rail mechanism has the advantages of small movement resistance, small driving force and simple lubrication, which greatly reduces the movement resistance and saves energy. For example, in a large surface grinder, if the original processing guide changes the linear guide, the driving force can be reduced to the original 1 / 10, the power consumption can be reduced to the original 1 / 10, and the consumption of lubricating oil can be reduced to the original 1 / 16.

　　以上是導軌絲杠制造商小編為大家介紹的相關內容，想要了解更多內容，歡迎訪問網站：http://www.emruisen.com

　　The above is a brief introduction of guide screw manufacturers. To learn more, please visit the website: http://www.emruisen.com