Structural components are primarily made of titanium alloy, which exhibits difficult-to-machine characteristics including high hardness, high strength, corrosion resistance, and high temperature resistance. These materials cause severe tool wear, significant work hardening, and challenging cutting conditions.
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- Watch Case
- Lens Ring
- Industrial Lens Mount
- Joint Components - Femoral Part
- Joint Components - Tibial Tray
- Joint Components -Femoral Stem
- Trauma Components - Bone Plate
- Cervical Spine Components - Pedicle Screw Dovetail Head
- Joint Components - Acetabular Cup Machining Solution
- Joint Components - Femoral Cap
Tooling Solutions for Structural Component Machining
High Feed Milling Roughing of Cavity Structures
High Feed Milling Cutter AHM20-LN06
20° approach angle, minimum diameter D16.
Negative, double-sided 4-edged indexable inserts.
Rectangular insert design with robust cutting edges.
Features the AP403S grade for difficult-to-machine materials.
High Feed Milling Cutter AHM20-LN06
Hole Machining
Titanium Alloy Indexable Short-Hole Drill
Versatile insert grades compatible with ISO P, M, and S material groups.
Capable of 2xD to 3xD hole machining.
Tool body with dual internal coolant holes for optimized cooling and chip evacuation.
Titanium Alloy Indexable Short-Hole Drill
Cavity Sidewall Finishing
Titanium Alloy M150 Solid Carbide End Mill
Specialized substrate material with a light-colored ZrN (zirconium nitride) coating.
Independently developed high-strength carbide substrate.
Titanium Alloy M150 Solid Carbide End Mill
