Special Gear Shaping Series YKS5132H/879-88202(10) - PVD HYB208 Coated Inserts designed for difficult-to-machine materials (excluding high-temperature alloys). These gear-shaping inserts are essential tool components directly involved in cutting during gear-shaping processes, primarily used for machining tooth grooves in gears, racks, and other tooth-shaped parts.

• Wide Processing Scope: Capable of machining internal gears and multi-gear clusters that are difficult to handle by hobbing, overcoming hobbing limitations
• High Tooth-Profile Accuracy: Precisely ground cutting edges and stable gear-shaping motion ensure exceptional tooth-profile and tooth-alignment accuracy for precision gear manufacturing
• Strong Adaptability: Accommodates gears with different modules and pressure angles by changing inserts of various specifications, offering superior flexibility

Essential for manufacturing transmission gears, engine timing gears, and components for both traditional and new energy vehicles, where precision and reliability are critical.

• General Machinery: Machining gears in lathe headstocks, reducers, and crane drives; particularly effective for multi-gear clusters with shoulders
• Heavy-Duty Machinery: Cemented carbide inserts provide durability for large-module gears in rolling mills and mining equipment
• Precision Machinery: High-speed steel inserts achieve pitch error ≤5μm for low-noise, high-precision transmission in instruments and textile machinery

Vital for manufacturing high-performance gears in aero-engines and precision aerospace systems where extreme reliability and performance are required.

Extensively used in manufacturing gears for high-speed trains and EMUs, where fatigue strength and accuracy directly impact operational safety.

Widely employed in ship power transmission systems and offshore rig components operating in corrosive environments while transmitting significant power.

Significant role in manufacturing gears for main gearboxes, yaw, and pitch control systems in wind turbines enduring massive torque and alternating loads.