- 01
End mills
Stable material removal for slotting, pocketing and profiling. Flute count and helix angle are chosen for the workpiece material.
- Flutes
- 2 – 6
- Helix angle
- 30° – 45°
- Coating
- AlTiN · TiSiN
- 02
Ball nose end mills
Smooth finishing on moulds and 3D surfaces. The ball radius is measured and checked after grinding.
- Flutes
- 2 – 4
- Application
- Moulds · 3D surfaces
- Coating
- TiSiN · DLC
- 03
Carbide drills
Clean, accurate holes in a single pass. Through-coolant versions clear chips in deep-hole drilling.
- Point angle
- 140°
- Coolant
- Through · external
- Coating
- TiAlN
- 04
Custom tools to your drawing
Step, form and combination tools. We turn your drawing into a parametric design and start production once you approve it.
- Geometry
- Step · form · chamfer
- Design
- Parametric technical drawing
- Approval
- Customer sign-off before production
Solid carbide cutting tools · Precision manufacturing
Precision cutting,to the micron.
Amati Carbide designs, grinds, coats and inspects end mills, ball nose end mills, drills and custom carbide tools made to your drawing.
Tool families
Scroll to see each tool up close.
Production
From carbide rod to shipment in four steps.
- 01
Design
Dimensions and cutting geometry are drawn parametrically, and every revision is recorded.
- 02
Grinding
The carbide rod is ground to its flute, helix and point geometry on CNC grinding machines.
- 03
Coating
A PVD coating chosen for the application extends tool life and heat resistance.
- 04
Inspection and shipping
Diameter, length and geometry are measured before shipping, and tools are sent in protective packaging.
Coatings
The right surface for the material.
The coating is chosen for the workpiece material, cutting speed and coolant conditions.
- AlTiN
- TiSiN
- TiAlN
- DLC
- Uncoated
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