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Die Auswahlanforderungen an die mechanische Spindel der Drehmaschine

The machine tool spindle refers to the axis that drives the workpiece on the machine tool. The main Welle components are usually composed of main Welle, Lagers and transmission parts (Gangs or pulleys). The main Welle is the most common part of the machine. It is mainly composed of inner and outer cylindrical threaded splines and transverse holes. The main Welle is the executive part of the machine tool. It mainly supports the transmission parts and transmission torque. It drives the workpiece to directly participate in the surface forming movement, and the spindle also ensures that the workpiece has the correct relative position to other parts of the machine tool.

Die Auswahlanforderungen an die mechanische Spindel der Drehmaschine

Mechanical spindle refers to the axis that drives the workpiece to rotate on the machine tool. The main shaft components are usually composed of main shaft, bearings and transmission parts (gears or pulleys). In the machine, it is mainly used to support transmission parts such as gears and pulleys to transmit motion and torque, such as machine tool spindles; some are used to clamp workpieces, such as spindles. Except for machine tools whose main motion is linear motion, such as planers and broaching machines, most machine tools have spindle components.

The characteristics of mechanical spindles are three highs and one low (ie: high speed, high precision, high efficiency, low noise).

  • 1. High speed: The mechanical spindle CNC engraving and milling machine adopts precision and high-speed matched bearings, elastic/rigid pre-tightening structure, which can reach higher speeds and achieve better cutting results.
  • 2. High speed: 7:24 taper hole can ensure less than 0.005mm for installation and even radial runout. Because high-precision plus high-precision parts manufacturing can be ensured.
  • 3. High efficiency: The continuous micro height can be used to change the speed, so that the cutting speed can be controlled at any time during the Bearbeitungsprozess, so that high machining efficiency can be achieved.
  • 4. Low noise: The balance test shows that all those that have reached the G1/G0.4 (ISO1940-1 level) have the characteristics of low noise when the spindle is running at high speed.

The accuracy of the mechanical spindle

The movement accuracy and structural rigidity of the spindle components are important factors that determine the machining quality and cutting efficiency. The main indicators to measure the performance of spindle components are rotation accuracy, stiffness and speed adaptability.

  • ①Rotation accuracy: The radial and axial runout (see form and position tolerances) in the direction that affects the machining accuracy when the spindle rotates is mainly determined by the manufacturing and assembly quality of the spindle and the bearing.
  • ② Dynamic and static stiffness: Mainly determined by the bending stiffness of the spindle, the stiffness and damping of the bearing.
  • ③Speed adaptability: Allowing a higher speed and speed range is mainly determined by the structure and lubrication of the bearing, as well as the heat dissipation conditions.

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