The advantages of HG40/50 High-Precision CNC Machine Tool

2025-12-12 16:48:01

Improve processing efficiency: HG40/50 High-Precision CNC machine tool can complete all or most of the processing procedures in one clamping, greatly shortening the product manufacturing process chain. This reduces the production assistance time caused by changes in card loading, as well as the manufacturing cycle and waiting time of tooling and fixtures, thereby significantly improving production efficiency.

Improving machining accuracy: Due to the reduction in the number of card installations, the accumulation of errors caused by the conversion of positioning benchmarks is avoided. In addition, most High precision CNC machine tool equipment has the function of online detection, which can achieve in-situ detection and precision control of key data in the manufacturing process. The high-strength integrated bed design also improves the gravity machining capability for difficult to cut materials.

Save space and reduce costs: Although the single unit price of High-precision machine tool equipment is relatively high, due to the shortening of the manufacturing process chain and the reduction of equipment required for the product, as well as the reduction of the number of fixtures, workshop floor space, and equipment maintenance costs, it can effectively reduce the overall fixed asset investment, production operation, and management costs.

Expanding processing range: High-Precision machine tool can achieve processing of discontinuous surfaces, such as various grooves and root cleaning. In addition, for long chip materials, short chips generated by HG40/50 High-Precision CNC Machine Tool are more conducive to chip control.

Reduce the impact of imbalance on machining: When machining crankshafts and spindles with eccentric necks, HG40/50 High-Precision CNC Machine Tool avoid the influence of unbalanced forces due to the low speed of the workpiece.

In summary, HG40/50 High-Precision Cnc machine Tool have significant advantages in improving efficiency, precision, saving space and cost, and expanding processing range, making them particularly suitable for high-precision and high-efficiency mechanical processing applications.