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Titanium Alloys
Titanium Alloys
Titanium Alloys
Titanium Alloys
Titanium Alloys
Titanium Alloys
Titanium Alloys
Titanium Alloys
Titanium Alloys
Titanium Alloys
Titanium Alloys
Titanium Alloys
Titanium Alloys
Titanium Alloys
Titanium Alloys

Titanium Alloys

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Drills
Cod. 165ST

HPC Twist Drill for CFRP+Ti or CFRP+Al Panels

Specifically developed for high-performance drilling of complex sandwich materials, such as carbon fibre stacked with titanium or aluminum. Thanks to its specialized multi-material geometry and internal coolant supply, the drill seamlessly manages both the highly abrasive carbon and the metals' tendency to overheat or stick.

Superalloys Milling
Cod. 641

Z=4 Torus Radius End Mill for Titanium

Z=4 torus radius end mill engineered to optimize tool life when machining titanium. Its specific geometry guarantees high working stability while preserving cutting-edge integrity.

The PVD Zirconium (Cer-Ni) coating ensures excellent resistance to high cutting temperatures.

Superalloys Milling
Cod. 641F

Z=4 Torus Radius End Mill with Internal Coolant for Titanium

Z=4 torus radius end mill engineered to optimize tool life when machining titanium. Its specific geometry guarantees high working stability.

The PVD Zirconium (Cer-Ni) coating ensures excellent resistance to high cutting temperatures.

Steel and Ferrous Metals Milling
Cod. 644VF 3xD

4-Flute HDC End Mills with 3xD Cutting Length for Trochoidal Milling

4-flute end mill designed for high-performance dynamic and trochoidal milling. The cutting length of up to 3xD allows faster roughing cycles by making full use of the cutting edge, while the multilayer TiAlN-based coating ensures excellent heat and wear resistance.

Steel and Ferrous Metals Milling
Cod. 644VF 5xD

4-Flute HDC End Mills with 5xD Cutting Length for Trochoidal Milling

Designed for high-performance trochoidal milling, this end mill features a 5xD cutting length for machining deep walls in a single vertical pass. Its reinforced anti-deflection core and multilayer TiAlN-based coating ensure maximum stability, excellent thermal resistance and reliable performance in deep cavities.

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