RUKO KEB-TX HSS TiN Module Gear Cutter Module 30 Bore 16.0 mm

In industrial gear manufacturing, machinists rely on precise module gear cutters to produce involute gears on milling machines. The RUKO KEB-TX HSS TiN Module 30 cutter is a form-relieved, right-hand cutting tool for gear milling operations. Its high-speed steel body with titanium nitride coating provides wear resistance and extended tool life. The cutter has a 16.0 mm bore and is designed for module 30 gears according to DIN 867. It is suitable for gear production, repair, and prototyping on milling machines or gear hobbing machines with an arbor. Coolant use is recommended for optimal performance. The cutter is re-sharpenable and manufactured with a ground profile for industrial precision.

Key specifications

• Tool type: Module gear cutter
• Material: High-speed steel (HSS)
• Coating: Titanium nitride (TiN)
• Module: 30
• Bore diameter: 16.0 mm
• Gear profile: Involute
• Number of cutters: 1 (individual cutter)
• Standard: DIN 867
• Tooth form: Form relieved
• Cutting direction: Right-hand cut
• Hardness: 62-64 HRC
• Application: Gear milling, gear manufacturing
• Machine compatibility: Milling machines, gear hobbing machines (with arbor)
• Coolant use: Recommended
• Re-sharpenable: Yes
• Precision grade: Industrial standard (Class B)
• Manufacturing process: Ground profile
• Product series: KEB-TX

Why choose it

The TiN coating reduces friction and improves wear resistance, extending tool life in high-volume gear cutting. The form-relieved tooth design ensures consistent cutting geometry after re-sharpening. With a module 30 size, this cutter is suited for large gears used in heavy machinery and industrial drives.

Ideal use cases

• Manufacturing involute gears for industrial gearboxes
• Repairing or replacing worn gears in heavy equipment
• Prototyping new gear designs in machine shops
• Producing custom gears for specialized machinery

Good to know

The cutter is intended for use with an arbor on milling machines or gear hobbing machines. For optimal performance, use cutting fluid during operation. The cutter can be re-sharpened to restore cutting edges, reducing long-term tooling costs.