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Built-in Spindle
High Speed, High Precision, High Efficiency, High Quality, and Die / Mold Machining
Designed for high speed machining, our built-in motor spindle produces little noise and vibration. At each production stage, the frequency and amplitude response are measured to guarantee operational stability and quality of assembly and to achieve the highest precision under dynamic conditions. Each manufactured spindle goes through computer analysis to ensure optimum stability, long operational life, and low maintenance costs.
a.
Water-Repellant Ring (Patented)
For this spindle type, every spindle has a waterrepellant ring to effectively repel any cutting fluids away from the spindle to prevent anything from splashing into the labyrinth area during high speed cutting.
b.
Labyrinth Design with Air Seal
During high speed operation, positive air pressure coming out from the labyrinth prevents any contamination from entering into the spindle.
c.
Highly Efficient Helical Cooling Channel
The compactly designed helical cooling channels effectively dissipate heat from the stator coil and bearings to reduce the effects of thermal deformation on precision.
d.
Anti-Rotating Gripper Guide Ring (Patented)
During acceleration and deceleration of the spindle, the patented gripper guide ring design eliminates any unusual noises and vibration of dynamic balance.
e.
Single External Housing Body Piece for the M3-LMSN Spindle Model
The single body piece allows for precision of the installation assembly surfaces, increases the precision of the machine, and decreases installation time into the spindle head.
f.
PCB Model Type Made With Stainless Steel
Suitable for clean room operation, the PCB model type is madewith stainless steel to allow the use of a water cooling system.
g.
ISO25 Spindle Model with Pneumatic Cylinder
With a pneumatic cylinder, the ISO25 spindle model allows for increased tool exchanging speed. Expenses are reduced without the need for a separate hydraulic-
h.
3-Plane Dynamic Balancing
To effectively decrease vibration, we conduct dynamic balancing calibration at 3 different planes.
i.
Test of Isolation Grade of Stator Coil
Testing the isolation grade of the stator coil ensures stable electronic drive control and long operational life.
