GUANGZHOU HAOZHI INDUSTRIAL CO., LTD.

Consultation

Product Series:Super Finish Spindle

Product Number:DQFX-100A

This product is an air bearing high-speed motorized spindle, with themaximum speed of 100,000rpm. This spindle is used for the high gloss industryfor high-speed and high-speed and high-accuracy machining of materials such asaluminum and its alloy, copper and its alloy, acrylic materials, etc. Underhigh accurate machining conditions, it can achieve a mirror effect with highgloss and clear outline.

Performance characteristics

1, long life: the use of gas hydrostatic bearings, non-contact, no wear, long life.
2, high precision: Due to the homogenization effect of gas hydrostatic bearings and up to 0.2um parts machining accuracy, there is a higher static and dynamic accuracy than the ball bearing spindle.
3, high rigidity, low vibration: bearing after precision calculation and unique simulation analysis software verification, with low vibration, high rigidity, high load capacity advantages.
4, high configuration: equipped with high-performance AC induction motor, high torque output, suitable for a variety of processing applications.
5, high reliability: the use of double spiral cooling structure, the spindle to maintain constant temperature processing, the performance is stable and reliable.
6,
Automatic cutter change: The product is equipped with the straighthandle chuck so that cutter can be changed automatically.

Spindle  ModelDQFX-100A
Bearing TypeAir Bearing
Maximum  Speed(rpm)100,000
Maximum  Voltage(V)200
(S6)Maximum  Power(kW)0.96
(S6)Maximum  Torque(Nm)0.12
Chuck  SpecificationStraight chuck,6mm
Tool ChangingAutomatic
Form of  LubricationAir

Cooling method and Medium

   Internal Cooling,Water or Oil
Weight(kg)4

  Dimension
    (mm)
D61.902-61.91
D175
D215.2
L241.3
L1154.3
L212.7
L3/
N-S/




Back

Contact Us

Contact Us

* These are required fields.

Submit

Online Request

Please fill in the details required, and we will reply to you as soon as possible.

* These are required fields.

Submit