Product Introduction:

Linear Guideway - Micro TM Series Features

1. The newly designed stainless steel bottom scraping blade of the TM series with strong dustproof design maintains a small gap with the slide rail, effectively preventing foreign objects from entering the slide rail surface from below without increasing friction resistance, while balancing smooth operation and increasing the life of the slide seat. The standard end and bottom dustproof sealing design can effectively form a sealed dustproof structure, improve product life, and reduce lubricant loss, ensuring long-term lubrication effect. The specially designed sealing lip can balance low friction resistance without affecting smooth operation.

2. The design of high rigidity reinforced steel sheet adopts reinforced steel sheet, which fully covers the plastic end caps at both ends of the slider in a full cover design. Stainless steel screws are used to lock the two ends of the slider steel body, strengthening the rigidity and coverage of the end caps to withstand faster operating speed Vmax=5m/s, and the highest acceleration α Max=300m/s; And the combination design of reinforced steel sheets and dustproof sheets enables the stainless steel reinforcement sheets to also have the function of scraping the brush blades (if there is no preloading, the maximum acceleration can reach 60m/s).

3. The TM micro ball linear slide series with high load and high torque functions adopts a two row ball cycle design, and the ball track design adopts a Gothic structure with a contact angle of 45 degrees to achieve equal load in all directions, fully demonstrating the high load and high torque functions.

Linear slide rail features:

The characteristic of linear sliding rail is high positioning accuracy. When moving, the friction force of linear sliding rail is very small, belonging to rolling friction. Therefore, only minimal power is needed to drive the platform. Due to the small friction force, the heat generated by friction is minimal. Compared to traditional sliding methods, it can significantly reduce the wear of the contact surface of the running rail, and can maintain high positioning accuracy, walking accuracy, and low wear for a long time.

The high rigidity slide and track are designed with four directions of equal load, so for loads from all directions, they must have sufficient resistance strength and the ability to automatically adjust the center, allowing for large installation errors to make processing easier, and can be applied with sufficient preload to achieve high rigidity.

Compared to traditional sliding systems, maintenance and upkeep are easier, and both involve scraping or grinding the running track surface. The wear caused by sliding often requires the machine to be re scraped or ground for a period of time, which is time-consuming and costly. Linear sliding rails have interchangeability, and if replaced or repaired, the walking accuracy of the machine can be restored.

Due to the contact between the slider and the track and the rolling point of the steel ball probe, the friction coefficient is extremely small and it is not easy to generate heat. Therefore, only a very small amount of power is required to drive the machine to run. Because the required driving force is small and the power consumption is low, it is more suitable for high-speed operation compared to sliding devices.

Clearance free high Mechanical efficiency When preloading mode or working load is applied, the steel ball contacts at two points in the load direction, and differential sliding is small, so that good rolling movement can be obtained and efficiency can be improved.