Paano na-optimize ng Manhart (Guangdong) CNC Machine Tool Co., Ltd. ang mekanikal na istraktura nito, binabawasan ang friction at vibration?

There are many ways to optimize mechanical structures to reduce friction and vibration, and the following are some common methods:
1. Lubrication: Lubrication is a commonly used method to reduce mechanical friction losses. By forming a lubricating film on the surface of mechanical components, direct contact between mechanical components is reduced, thereby reducing friction losses. Choosing the appropriate lubricant is very important, and the appropriate type of lubricant should be selected based on the working environment and requirements of the machinery, such as grease, liquid lubricant, etc.
2. Surface treatment: To reduce friction losses by changing the physical and chemical properties of the surface of mechanical components. Common surface treatment methods include nitriding, oxidation, electroplating, spraying, etc. These processing methods can form a surface layer with high hardness and good wear resistance on the mechanical surface, improving the service life of the machine and reducing friction losses.
3. Reducing friction coefficient: Reducing friction coefficient is the key to reducing mechanical friction losses. The friction coefficient can be reduced by adding friction agents, changing the surface shape of mechanical components, and other methods. In addition, using new materials can also reduce the friction coefficient, such as using ceramic materials to reduce friction loss and wear.
4. Optimize mechanical structure design: In mechanical design, mechanical friction losses can be reduced by reducing the contact area between mechanical components and reducing the contact pressure between mechanical components. In addition, reasonable design of mechanical structures can also reduce vibration, such as using balanced design and optimizing support structures.
5. Increase damping: Damping is one of the important means to reduce mechanical vibration. By increasing the damping of the mechanical system, such as using damping materials, changing the parameters of dampers, etc., vibration energy can be absorbed and vibration amplitude can be reduced.
6. Adjusting the balance of the mechanical system: Adjusting the balance of the mechanical system can effectively reduce vibration. Balance mass can be added to the rotor of rotating machinery to align the center of mass with the axis, or balance devices such as balance blocks or bars can be used in mechanical systems to adjust the balance of the system.
7. Monitoring and maintenance: Regularly monitor and maintain mechanical systems to ensure the normal operation of mechanical components and reduce vibration. Timely replace severely worn parts and maintain the good condition of the mechanical system.
In summary, optimizing mechanical structures to reduce friction and vibration requires comprehensive consideration of multiple factors, including lubrication, surface treatment, reducing friction coefficient, optimizing mechanical structure design, increasing damping, adjusting mechanical system balance, and monitoring and maintenance. By taking these measures, the efficiency and service life of machinery can be effectively improved, and the losses caused by friction and vibration can be reduced.