How can Manhart (Guangdong) CNC Machine Tool Co., Ltd. improve the machining accuracy of CNC rolling and bending machines?

Improving the machining accuracy of CNC bending machines is a comprehensive process that involves optimization and improvement in multiple aspects. Here are some specific methods to improve the machining accuracy of CNC rolling and bending machines:
1. * * Optimize device configuration * *:
-Ensure that the bending machine uses high-precision sensors and control systems to achieve more precise motion control and monitoring.
-Select high-quality rollers and bearings to reduce mechanical friction and wear, and improve equipment stability and accuracy.
2. * * Calibration and adjustment of equipment * *:
-Regularly calibrate the CNC bending machine, including the position, angle, and parallelism of the rollers, to ensure the accuracy of the equipment’s benchmark.
-Adjust the mechanical structure of the equipment, including roller clearance, transmission system, etc., to minimize errors and vibrations.
3. * * Choose appropriate process parameters * *:
-Select appropriate process parameters such as rolling speed, pressure, and feed rate based on the properties, thickness, and processing requirements of the material.
-Through experimentation and optimization, find the optimal combination of process parameters to improve machining accuracy and surface quality.
4. * * Improve operational skills * *:
-Provide professional training to operators to enhance their operational skills and understanding of machining accuracy in logarithmic controlled rolling and bending machines.
-Ensure that operators follow the correct operating procedures and reduce accuracy issues caused by human errors and improper operation.
5. * * Implement quality control * *:
-Establish a strict quality control system and monitor and record the entire processing process.
-Use testing equipment and tools such as measuring instruments, microscopes, etc. to accurately measure and inspect the processed parts, ensuring compliance with accuracy requirements.
6. * * Reduce external interference * *:
-Control the temperature and humidity of the processing environment to reduce the impact of thermal deformation and humidity changes on processing accuracy.
-Use isolation measures, such as installing shock-absorbing pads or shock absorbers, to reduce the impact of mechanical vibration on machining accuracy.
7. * * Optimize programming and path planning * *:
-Using advanced CNC programming software to optimize machining paths and tool paths, reduce unnecessary movement and pauses, and improve machining efficiency and accuracy.
-Consider the stress and deformation of the material, reasonably set the cutting and cutting points of the tool, and reduce stress concentration and deformation during the machining process.
8. * * Maintain equipment maintenance and cleanliness * *:
-Regularly clean and maintain the CNC rolling and bending machine to ensure that the equipment is in good working condition.
-Replace worn parts and tools in a timely manner to avoid a decrease in machining accuracy caused by component wear.
By implementing the above measures, the machining accuracy of CNC rolling and bending machines can be effectively improved, ensuring product quality and production efficiency. Meanwhile, continuous process improvement and technological innovation are also key to maintaining and improving machining accuracy.