Fan casings 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.
-
-
- 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
Aerospace - Tooling Solutions for Fan Casing Machining
High-Efficiency Turning of Difficult-to-Machine Materials
Turning Tool Series AP100S/AP010S
High-hardness nano-PVD coating technology delivers exceptional cutting performance for high-temperature alloy and stainless steel machining.
Smooth coating surface reduces cutting forces and enhances tool wear resistance.
Standard High-Pressure Coolant Turning Tool Holder Series
Blade Profile Rough Milling
High Feed Milling Cutter APM00-RO10/12/16
Round inserts with multiple anti-rotation locating faces for secure clamping.
Cutting geometry designed for high feed rates and exceptional stability.
Features the AP403S grade for difficult-to-machine materials.
High Feed Milling Cutter APM00-RO10/12/16
Profile Milling
Titanium Alloy Solid Carbide End Mill M150 Series
New substrate grade AK12E delivers exceptional impact resistance and thermal fatigue resistance.
Unequal pitch and profiled flute design effectively suppresses vibration while providing excellent chip evacuation.
Titanium Alloy Solid Carbide End Mill M150 Series
Boss Face Hole Machining
Solid Carbide Internal Coolant Drill D106 Series
Nano-composite coating provides exceptional wear resistance and outstanding toughness.
Available in 3xD and 5xD lengths.
Solid Carbide Internal Coolant Drill D106 Series
