large CNC cylindrical grinder can be improved by these methods of precision

Large CNC cylindrical grinder is a kind of grinding machine for machining cylindrical, conical or other shape of the workpiece surface and shoulder surface. Grinding machine tool is used to grind the workpiece surface. It has the ability of high precision, multi angle and multi-mode grinding. The two axes of cylindrical grinding with end face are controlled at the same time. It can not only grind the outer diameter and end face at the same time, but also set the grinding conditions of the outer diameter and end face respectively. Widely used, it can process various cylindrical conical surface and shoulder end face grinder. CNC cylindrical grinder is also equipped with internal grinding accessories, which can grind the inner and outer conical surfaces with larger inner hole taper.

This equipment is an advanced CNC cylindrical grinder with advanced technology, digested, absorbed and innovated. It has the characteristics of high rigidity, high rate and high adaptability. This machine is suitable for mass production of automobiles, motorcycles, air compressors, bearings and other industries. It is also suitable for small batch and high precision parts processing in military and general precision machining workshops. It is a production type CNC cylindrical grinder with simple operation, reliable performance and high machining accuracy.

There are three methods to eliminate errors

1. Automatic control method. Let the process flow system form an automatic processing cycle system, so that the measurement, adjustment and other work can be completed automatically in the process of processing;

2. Trial cutting method. Some rules can be found and errors can be eliminated by trial cutting;

3. Fixed size tool method. The tool with certain shape and size is used to meet the shape and size of machining requirements.

How to improve the precision of large CNC cylindrical grinder? Specific measures are as follows:

1. Reduce the original error. Find out the cause of the error, eliminate and reduce it;

2. Compensate the original error. Some errors are artificially made to offset the original errors;

3 transfer the original error. The geometric error and thermal deformation in the process system are transferred;

4. In situ processing. This method can solve the precision problem of large CNC cylindrical grinder quickly and protect the precision of workpiece;

5. Average the original error. Divide the error into several parts and adjust each part.