DISCOVER THE KEY TO SUCCESS
HIGH-SPEED SIMULTANEOUSLY CONTROLLED TWO AXIS MILLING HEAD
At CATO, we offer high-speed AC milling heads that are both accurate and reliable. Our cutting-edge technology is designed to meet the needs of even the most demanding industries, delivering exceptional performance and precision every time. With our commitment to innovation and quality, we are proud to be trusted by businesses around the world. Contact us today to learn more about how we can take your operations to the next level.
The F1 spindle adopts a symmetrical cross structure, providing higher structural rigidity and shock suppression compared to similar models.
With a water-cooling circuit design and a central water outlet on the spindle, temperature rise changes are effectively suppressed, ensuring higher accuracy.
The F2 spindle adopts a symmetrical cross structure, providing higher structural rigidity and shock suppression compared to similar models.
With a water-cooling circuit design and a central water outlet on the spindle, temperature rise changes are effectively suppressed, ensuring higher accuracy.
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400Nm super torque spindle.
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6000Nm powerful clamping torque provides highly stable cutting quality.
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Experience faster and more efficient processing of large workpieces with our advanced technology. The F5 spindle is capable of completing vertical, horizontal, and various free-angle processing simultaneously, ensuring maximum production efficiency.
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Minimal interference area
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Highly rigid structure
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Introducing our F3 single-arm type spindle that guarantees stable cutting quality and can be used for various processing angles. With its advanced technology, you can expect precise and efficient results every time. Upgrade your machining capabilities with our reliable spindle.
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High torque, A100 high-speed spindle
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Highly rigid structure
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Experience faster and more efficient processing of large workpieces with our advanced technology. The F4 spindle is capable of completing vertical, horizontal, and various free-angle processing simultaneously, ensuring maximum production efficiency.
