Product Description
CHMQ-DIN6 series helical gear grinding rack:
1. High precision, high rigidity, high stiffness
2. Easy to install
3. High-end private customization, more suitable for customer projects
The application scenarios of racks are very wide, mainly including automotive industry, automated factories, CNC machine tools and machining centers, rapid transplanting machinery, industrial robot arm grasping mechanisms, etc.
Automotive industry: The application of racks in the automotive field is mainly reflected in power transmission, speed change and steering mechanisms. Through the transmission of the rack, the vehicle's driving, speed change and steering are realized, ensuring the stable operation of the vehicle under various working conditions and smooth operation at different speeds.
Automated factory: The application scenarios of racks in automated factories are diverse, including but not limited to fast and accurate positioning mechanisms, heavy loads, high precision, high rigidity, high-speed and long-stroke equipment, etc. In addition, racks are also suitable for rapid transplanting machinery, industrial robot arm grasping mechanisms, etc. in factory automation, showing its advantages in improving production efficiency and precision.
CNC machine tools and machining centers: Rack transmission is suitable for CNC machine tools, machining centers, cutting machines, welding machines, etc. These equipment require high-precision, high-speed, and long-stroke motion control. The application of racks can meet these requirements and improve processing efficiency and product quality.
Rapid transplantation machinery and industrial robots: In factory automation, racks are used in conjunction with roller guides and are widely used in truss robots, palletizing manipulators, material handling devices, etc. to achieve automatic loading and unloading. These devices play a key role in industrial automation and improve production efficiency and automation level.
In summary, the application scenarios of racks cover multiple fields from the automotive industry to automated factories. Its high efficiency, high precision, and high reliability make it the preferred transmission method for many application scenarios.
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