Скачать или смотреть Innovation Technology: Sub-Micrometer Precision Metal Turning with Ultra-Precision CNC Lathe

This content discusses Innovation Technology in the high-end manufacturing industry: the Metal Turning with High Precision process using a CNC Lathe Machine. This process is crucial for manufacturing critical components in the aerospace, medical, and optical industries, where dimensional tolerances must be in the micrometer or even sub-micrometer scale. This extreme accuracy is achieved through environmental control and advanced machining technology.

The core innovation lies in the Active Thermal Compensation System and Liquid-Cooled Spindles. Heat generated by the motors and the cutting process can cause thermal expansion in the machine frame and tools, which destroys precision. Ultra-precision CNC Lathe Machines use dispersed temperature sensors and circulate cooling fluid to the spindle and ball screws. This Innovation Technology actively compensates for real-time temperature changes, guaranteeing machine dimensional stability, so every Metal Turning process yields a consistent Precise Shape.

The crucial precision technology supporting Metal Turning with High Precision is The Use of Linear Motor Drives and Hydrostatic Bearings. For smooth, friction-free movement on the Z and X axes, high-precision machines replace traditional ball screws with linear motor drives. Furthermore, the spindle is often mounted on hydrostatic bearings which use a thin film of pressurized fluid, eliminating metal-to-metal contact. This feature drastically reduces vibration, increases rigidity, and allows Metal Turning to achieve a mirror-like surface finish.

Overall, this Innovation Technology in Metal Turning results in Ultra-Tight Dimensional Tolerances (Below 1 Micrometer), Superior Surface Quality, and Long-Term Reliability. This ultra-precision CNC Lathe Machine is the backbone of high-tech component production that demands maximum Precise Shape, ensuring every part functions flawlessly in the most challenging applications.

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