Another breakthrough in CNC cylindrical grinding machine technology: High-precision processing facilitates the upgrading of manufacturing

With the development of manufacturing towards intelligence and high precision, the technological innovation of CNC cylindrical grinding machines, as the core equipment for precision processing, has attracted much attention from the industry. Recently, a well-known domestic machine tool enterprise has successfully developed a new generation of high-precision CNC cylindrical grinding machines. By optimizing the control system and grinding process, the processing accuracy has been improved to ±0.001 millimeters, providing more efficient solutions for fields such as aerospace, automotive parts, and medical devices.

Technical highlights: Dual improvements in intelligence and efficiency

Dynamic compensation technology: The new model is equipped with a real-time error detection and dynamic compensation system, which can automatically correct minor deviations during the grinding process and significantly reduce manual intervention.

Multi-axis linkage: It adopts a five-axis linkage numerical control system, supporting the one-time forming processing of complex curved surface parts, with efficiency increased by more than 30% compared to traditional equipment.

Green energy-saving design: By optimizing the cooling system and energy management module, energy consumption is reduced by 15%, which is in line with the current trend of industrial low-carbonization.

The industry application prospects are broad

This equipment performs outstandingly in the processing of key components such as motor shafts for new energy vehicles and bearings for aero engines. A certain cooperative enterprise has reported that the yield rate of its precision drive shafts has increased from 92% to 98%, significantly reducing production costs.

Expert Opinion

Experts from the China Machine Tool Builders' Association stated: "The intelligent upgrade of CNC cylindrical grinding machines is an important step towards the localization of high-end equipment." In the future, by integrating AI process optimization and big data monitoring, such equipment will further enhance the competitiveness of "Made in China".

At present, this equipment has entered the mass production stage and is expected to be launched on the market in the first quarter of next year, which may bring about a new round of technological revolution to the domestic precision processing industry.