1.Strong bearing capacity: the Linear Guide Rail can withstand the force and torque load in all directions, and has a very good load adaptability. In its design and manufacture, appropriate loads are added to increase the resistance, thus eliminating the possibility of high-frequency vibration.
2.Minimal wear: Due to the traditional Guide Rail Block, the fluid lubrication of the guide surface, the motion accuracy error caused by the floating oil film is large, and in most cases, a lot of energy is lost through friction. On the contrary, the rolling contact friction of the rolling guide rail is small, and the energy consumption is less, so the friction loss of the rolling surface is reduced, so that it is in a state of high precision for a long time.
3.High-speed movement reduces the driving power: taking into account the small friction resistance, the required power source and power transmission mechanism tend to be miniaturized, and the driving torque can be greatly reduced, which also makes the power required by the machine tool reduced by 80%, and the work efficiency increased by 20% to 30%.
4.Positioning accuracy is relatively high: because the Linear Motion Guide Rail is through the steel ball rolling to achieve its movement, the friction resistance of the guide rail is small, and the difference between dynamic friction and static friction is smaller, it is difficult to produce crawling phenomenon in low-speed occasions. Repeated positioning accuracy is quite high, suitable for parts that need to be started frequently.
Post time: Jan-04-2024