Structural Features and Machine Performance of Slant Rail CNC Lathes

Slant rail CNC lathe is a kind of machine tool that is very common in the machine tool industry. It is mainly used for the production and processing of instrumentation, electrical appliances, connectors, automobile and motorcycle accessories, clocks, glasses, photographic equipment, cultural and educational supplies, lighters, accessories and other accessories. And with internal and external threads and small high-precision spherical, tapered surface, ultra-slim shaped workpiece processing capabilities.

First, the structural characteristics of inclined guide rail CNC lathe 1, the use of mechanical and electrical integration design, bed and foot as the overall structure, the bed tilted 45 degrees backward, compact structure, strong rigidity, good shock resistance, convenient chip removal.

2. The inclined guide rails of CNC lathe guides adopt centralized automatic lubrication device and full-closed protection, with sufficient lubrication, safety and long service life.

3. Slant guide rail The CNC lathe spindle adopts the spindle unit, variable frequency or servo main motor, the spindle speed is high and stepless speed regulation can be realized.

4. The inclined guide rail CNC lathe drive adopts AC servo motor, which has high positioning accuracy and fast moving speed.

Second, slant rail CNC lathe machine performance 1, inclined guide CNC lathe machine spindle system not only requires high speed, output torque and power to be large, but also requires a high spindle rotation accuracy and maintain high speed operation with good Stiffness, shock resistance and thermal stability.

2. The integrated structure of the inclined guide rail CNC lathe spindle, and after accurate dynamic balance correction, so it has good rotation accuracy and stability.

3, vertical and horizontal guidance using high-precision linear guides, positioning accuracy, dynamic performance, fast moving speed up to 17m/min.

Product description:

With our vast experience & knowledge in this field, we are engaged in manufacturing a quality-assured ranges of Heat Sink.

The material used partly determines the extent of thermal conductivity. Copper and aluminum are the most widely used materials, though aluminum is the more common choice because copper is more expensive and heavier. Aluminum 6061 and 6063 are widely used with a thermal resistance of 166 and 201 W / mK, respectively.

CPU Heatsink

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