- Suitable for complex processing machine.
- High clamping force (Max 7200Nm).
- Modular Shank system(HSK, PSC).
- Bigger OD of bearings to provide higher rigidity & stability when milling.
- Compact design - Equipped with permanent-magnet motor.
- Internal coolant: 80 bar.
- Max torque: 120 Nm; Max speed : 12,000 rpm.
- Maintenance friendly design.
- Total spindle length is only 464mm (HSK-T63) .
As a manufacturer of high-quality motor spindles, we take pride in providing innovative solutions for intricate processing machines. Our motor spindles are designed to meet the demands of contemporary manufacturing, providing outstanding performance and reliability.
One of the key features of our motor spindles is their suitability for complex processing machines. They are equipped with two sets of rigid couplings, providing high precision and prolong lifespan of bearings. Because of the compactness of the motor spindle, it ensures fitness to the machine designs required for complex machining operations.
The modular shank system, which includes HSK and PSC, makes our motor spindles versatile and compatible with a wide range of machines. Whether you are operating a machining center, or a 5-axis machine, our motor spindles can be seamlessly integrated into your setup.
Our motor spindles are designed for maximum rigidity and stability. They feature bearings with a larger outer diameter, which enhances rigidity and stability during turning & milling. This ensures that your machining operations are precise and accurate, even under heavy loads.
Despite their powerful performance, our motor spindles have a compact design. They are equipped with a permanent magnet motor, which allows for a more compact and lightweight design. This makes them easier to install and integrate into your machining setup.
Overall, our motor spindle & B-axis DD table are a reliable and versatile solution for your machining needs. Whether you are operating a machining center, or a 5-axis machine, our motor spindle & B-axis DD table can assist you in achieving the precision and efficiency required to thrive in today's competitive manufacturing environment.