The future development trend of CNC Machining

1. New technology-the promotion and popularization of five-axis linkage processing technology is the future development direction of the industry

The industry needs to process complex curved surfaces. The materials, structures, and processing techniques of many key parts of ships, airplanes, rockets, satellites, and spacecrafts have certain specificities and processing difficulties. Traditional processing methods cannot meet the requirements, and five-axis must be used. Linked, high-speed, high-precision CNC Machining can meet the processing requirements. The five-axis linkage CNC Machining has the characteristics of wide application range, high processing accuracy, and high work efficiency in processing. It is in line with the development trend of future machine tools. It is a key component for downstream industries such as aviation, aerospace, automobiles, ships, precision instruments, and generator sets. Important processing tools.

2. New business format-the demand for a single machine tool that completes a single process is gradually reduced, and the demand for a flexible manufacturing cell that completes multiple processes is gradually increasing

Flexible manufacturing unit is a manufacturing unit composed of single or multiple five-axis machining centers or composite machining centers with small automated logistics devices to meet the efficient processing of multiple varieties and small batches of parts. With the intensified competition of downstream manufacturers and rising costs, especially the sharp rise in labor production costs and the increasing frequency of labor shortages, it has begun to lead to the emergence of more unmanned or less humanized manufacturing systems, and downstream customers respond quickly to multiple varieties and small batches The demand for flexible manufacturing units in the processing market will rise. The flexible manufacturing unit will appear as a complete set of equipment of "CNC machining + small logistics devices (industrial robots, automatic pallet exchange, truss manipulators, etc.)" to promptly solve the pain points of the sharp rise in labor production costs, and achieve unmanned or less humanized.

3. New model-development from single product sales to intelligent manufacturing system integration solutions

In recent years, downstream companies have put forward new demands on machine tool suppliers, tending to cooperate with suppliers who have complete equipment production capabilities, provide complete solutions, or undertake more complex general contracting projects, and automation system transformation capabilities. Intelligent manufacturing system integrators with "turnkey" engineering capabilities for automated, flexible, and intelligent production lines will be able to meet customers' individualized, customized, and differentiated production needs, thereby increasing customer stickiness. In addition, national and local policies to encourage the construction of automated production lines in the manufacturing industry will also promote the transformation of smart manufacturing equipment suppliers to smart manufacturing system integration solutions providers.