The CNC end face cylindrical grinder is a grinding machine with a slanted grinding wheel frame and oblique cutting feed. The grinding wheel axis forms a 30 ° angle with the workpiece axis, mainly used for grinding the end face and outer circle of shaft parts with shoulder blades. It is suitable for use in large-scale production workshops. It can also be used as a general cylindrical grinder to grind cylindrical or conical rotating workpieces.

1. The machine tool adopts FANVC Serie O-GCD, which has two CNC coordinate axes and two sets of servo motors to drive the feed of the grinding wheel holder (X-axis) and the dresser (W-axis), as well as the compensation of the grinding wheel after dressing feed. The control console is located in the front right of the machine tool, with a seat value display and operation keys on the panel. The grinding size, grinding cycle, and grinding conditions of the machining process are input into the memory, which can automatically perform cyclic grinding or manually adjust the operation.
2. There are two ways to control the size of workpieces: automatic grinding with measuring instruments and automatic grinding without measuring instruments. The automatic measuring device can be specially ordered and supplied according to user needs.
3. The linear speed of the grinding wheel is 45m/s. The grinding wheel spindle bearing adopts a long sleeve detachable dynamic and static pressure bearing.
4. The rear of the grinding wheel rack is equipped with a replica dresser. A formed grinding wheel that can automatically adjust the grinding end face and outer circular workpiece according to the template shape.
5. Before automatically grinding the end face and outer circle, the workpiece can automatically make a slight axial movement, and there is a tool setting device to ensure that each end face is in the same position.
6. In addition to the cutting mill, the machine tool also has longitudinal grinding, and the worktable uses hydraulic cylinders for reciprocating motion or can be manually driven.
7. The workpiece, grinding wheel, oil pump, and cooling pump are all driven by separate motors, and the hydraulic components are installed in independent oil tanks. Each feed transmission part can be either motorized or manually operated, and the electrical and hydraulic systems have stable and reliable performance. The machine tool is easy to use and maintain.