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Adopting internal direct cooling technology, it accurately controls the spindle core temperature, reduces thermal deformation, shortens the thermal stability time, and ensures that the machining accuracy is quickly stabilized within 5μm. Compared with traditional cooling methods, the thermal impact is reduced by 60%-80%, making it especially suitable for long-term high-precision machining.
Stable High-speed Operation
Even at ultra-high speeds of 20,000-24,000rpm, it can still maintain low vibration and low noise, avoid bearing overheating damage, and extend the spindle life. The dynamic balance grade can reach G0.4, meeting the requirements of high-precision machining.
Improved Machining Efficiency and Tool Life
Stable temperature control reduces tool wear and extends tool service life. It is adaptable to High-Speed Cutting (HSC) and hard cutting, thereby improving machining efficiency.
APPLICATION
Precision mold manufacturing
Aerospace and defense
New energy and 3C electronics
APPLICATION CASE
Discuss Your CNC Spindle or Motion Component Project
Share your machine type, machining process, performance targets or existing component specifications with Haozhi. Our technical team can support spindle selection, application matching, custom development and motion-component integration for new equipment and upgrade projects.
Driving Precision Manufacturing with Advanced Motion Solutions
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