Time:2023-08-28 Preview:
1. High rigidity, heavy cutting
All use resin sand wear-resistant castings, strong and tough bones, oversized columns, wide and low seats, and honeycomb structure. After annealing treatment, the stress is removed for a long time without deformation.
The three axis adopts a rectangular guide rail with strong rigidity, which can withstand heavy cutting. The workbench is finely ground and quenched, greatly enhancing the surface hardness.
2. High precision
The three-axis transmission adopts Taiwan, China C3 grade fine ball screw and P3 grade bearing to ensure the positioning accuracy and repeated positioning accuracy.
The three axes are all equipped with Mitsubishi servo motors and spindle motors from Japan, with direct transmission, providing weak power and ensuring feed accuracy under strong load-bearing capacity.
The P3 level spindle selected ensures the advantages of high reliability, long service life, low noise, low vibration, and high accuracy of the spindle.
Control system characteristics of hard rail machining centers:
Good stability, fast speed, and high accuracy
The Mitsubishi CNC system of * is selected, and the M80 series adopts servo drive, ensuring high stability, fast speed, smooth surface, and high accuracy of the control system. It has the functions required for mold manufacturing and is the * choice for mold production.
·What causes the failure of metal die casting die ·What are the characteristics of the processing of high precision parts of CNC machine tools ·Solution of retracting neck and cracking in precision hardware processing ·The current national medical equipment processing is a development trend ·Excellent choice for universal die cast aluminum alloy medical devices ·Processing Techniques of CNC Lathe ·What problems should we pay attention to when dealing with stamping hardware processing waste? ·Structural Design of CNC Dynamic Balance and Thermal Balance ·Precision Hardware Processing Factory Data Analysis of the Industry of Industry ·What is the reason for the deformation of the workpiece during precision CNC?