• Type of construction: Horizontal type.
• The number of spindle: 2, the X-axis and Z-axis is linkage.
• The system: KND/GSK/CNC system.
• Resolution rate: 0.01mm.
• The electric motor: Servo motor.
• The basic guide surface: Hardening treatment.
• Turbine material: Tin brone.
• Precissing range: Spur gear, sprial gear, worm wheel, arc-shaped gear, drum gear and so on.

CNC gear hobbing machines are used to process critical components such as transmission gears and drive shaft gears, meeting the automotive industry's demand for efficient and precise machining of complex gears. In aircraft, helicopters, and other aerospace vehicles, CNC gear hobbing machines can manufacture high-precision gear assemblies like propeller and reduction gear components, ensuring the reliability of the aircraft's power systems.

1. High-Precision Machining: By employing a rolling cutting method, the gear hobbing machine distributes cutting forces across multiple points, enabling the production of high-precision gears that ensure transmission efficiency and quality.
2. High-Efficiency Production: With a high degree of automation, gear hobbing machines achieve continuous, high-speed machining. Compared to traditional cutting methods, they deliver superior production efficiency and reduce manufacturing costs.
3. Excellent Surface Quality: The rolling cutting process minimizes heat generation during machining, preventing heat treatment effects on gear surfaces. This preserves surface integrity, mitigating cracks and fatigue.
4. Extended Tool Life: Gear hobbing machines feature durable cutting tools, reducing downtime and tool replacement costs.