G100CNC-B High-Speed CNC Gear Shaping Machine
Product Features
This series of high-speed and efficient CNC hobbing machines utilizes the involute method principle for the processing of cylindrical straight gears, cylindrical helical gears (shaft gears, disc gears), worm gears, small cone angle gears, drum gears, spline shafts, chain wheels, synchronous belt pulleys, and other special tooth profiles. The machine tools are primarily cast with double-walled and high ribbed plate structures, which, after finite element analysis, ensure both the overall rigidity and stability of the machine tool.
• Machining centers are available in three configurations: 5-axis, 6-axis, and 7-axis.
• The blade shaft features hydraulic automatic tensioning and relaxation, facilitating user tool changes and reducing knife adjustment time.
• The X and Z axes are equipped with high-rigidity hard rail structures, offering exceptional precision and rigidity.
• The C-axis features a high-precision torque motor direct drive, ensuring the precision of the worktable indexing while allowing users to freely choose between high-precision models or high-efficiency models based on process requirements.
• The Y-axis is directly driven by a servo motor, ensuring precise tool movement and extending the tool's service life, while also guaranteeing the overall rigidity of the machine tool.
• Top-grade guide ways are high-precision linear guides, powered by oil cylinders to drive the point movement, ensuring the precision of the guide way and the ease of machine adjustment.
• The processing area is equipped with stainless steel inner protection, completely separating the processing area for easy chip removal.
• Optional precision secondary cutter device for precise secondary hard scraping of hard teeth.
• Equipped with a rotating tip to prevent wear on the center hole when using a fixed tip, and enhances the rotation accuracy of the tip.
• Optional automatic loading and unloading, and chamfering machine automated connection.
Technical Specifications
Standard Configuration
Optional
Note: The final parameters are governed by the technical agreement.
