Multi functional design: Integrating ball screws and U-shaped guide rails for driving, providing precision linear motion and versatile accessories. It is very convenient to import multi-purpose application designs and can also meet the requirements of high-precision linear transmission.
Small size and light weight: The U-shaped track can be used as a guide track and also as a platform structure, greatly reducing the installation volume. The optimal structure is designed using finite element method to obtain the best rigidity and weight ratio. Smooth positioning motion with low torque and low inertia can reduce energy consumption.
High precision and high rigidity: By analyzing the deformation of the contact position of the steel ball under the load in all directions, it is known that this precision linear module has the characteristics of high precision and high rigidity. Optimize structural design using finite element method to obtain the optimal rigidity to weight ratio.
Easy to detect and fully equipped: functions such as positioning accuracy, positioning reproducibility, walking parallelism, and starting torque are easy to detect.
Easy assembly and maintenance: Assembly personnel do not need to be proficient in professional skills to complete the assembly. Good dust prevention and lubrication, easy maintenance and upkeep, providing machine recycling after scrapping.
KK module, as a high-precision and high stiffness linear module, has a wide range of applications in various automation equipment and precision instruments. Its high precision, high stiffness, and high stability can meet the needs of various fields, providing strong support for improving the performance and quality of equipment.
It integrates ball screws and U-shaped guide rails for driving, providing precision linear motion and can also be paired with multifunctional accessories. It is very convenient to import multi-purpose application designs and can also meet the requirements of high-precision linear transmission.
The analysis of the deformation of the contact position between the steel ball and the load in various directions shows that this precision linear module has the characteristics of high precision and high rigidity. By optimizing the structural design using the finite element method, the optimal rigidity to weight ratio, good dust prevention and lubrication, easy maintenance, and the provision of machine recycling after scrapping can be achieved.
