Introduction
Cutter grinding machine (CGM) is an important tool in precision machining. It is widely used in the machining of small and medium-sized parts with high degree of accuracy requirement. The quality and accuracy of parts depends on the accuracy of the cutting parameters and the accuracy of the machine. The accurate cutting parameters can be obtained by proper adjustment and optimization of the CGMs cutting parameters.
Main Features
The main feature of the CGM is its convex-shaft, which is made of high-quality steel. The convex-shaft provides a greater cutting surface, making it suitable for precision machining. Additionally, the convex-shaft also increases the stability and accuracy of the cutting operations. The CGM has a wide speed range, from 0 to 100 revolutions per minute (RPM). This feature allows for high-speed, high-precision cutting operations. The CGM features a high torque capacity for heavy-duty machining tasks.
Technical Parameters
The technical parameters of the CGM include spindle speed range, spindle taper, and spindle diameter. The spindle speed range can vary from 0 to 100 RPM. The spindle taper can vary from ISO 30 to ISO 50. The spindle diameter can vary from 3 to 10 mm. The weight of the CGM can range from 200kg to 500kg. The maximum clearance between spindle and worktable can range from 0 to 30 mm. The overall dimensions of the CGM are 915x800x1500 mm.
The CGM features high dynamic accuracy, low thermal errors and maximum power utilization, due to its compact design. The CGM features a wide range of reducing spindle, allowing for different tool sizes to be used. The precision components within the CGM reduce vibration levels, thus increasing cutting accuracy. Additionally, the CGM features a dampening annealing technology and a hydraulic power system, which allow for smoother operation. The CGM also has an exact spindle, which is designed with linear roller guides to ensure minimal recession while cutting.
Conclusion
The CGM is an efficient, reliable and high-precision machine designed for precision machining. Its convex-shaft design allows for large cutting surfaces, greater stability and accuracy during the cutting process. The CGM also features a wide speed range and a wide range of spindle tapers, allowing for high accuracy and efficient cutting. The precision components within the CGM reduce vibration levels, thus increasing cutting accuracy and ensuring maximum power utilization. Additionally, the CGM features a dampening annealing technology and a hydraulic power system, allowing for smoother operation. The CGM is an ideal machine for any precision machining needs.
