
FI90M
Pantograph tip with a carbide cutting edge. 90° cutting edge.
- Shank
- Cylindrical Ø 10 mm
- Cutting angle
- 90°
- Cutting edge
- Carbide
- Workpiece material
- Marble
Non-bored
CNC catalogue · May 2025 · PDF page 3 ↗Tool families
Pantograph tips with Ø 10 mm cylindrical shanks: carbide, electroplated diamond and PCD. Compare workpiece material, cutting angle, flat and radius by variant.
M denotes marble and G granite. Variants without a specific material designation are suitable for marble and granite. Every tip has a Ø 10 mm cylindrical shank; cutting width, flat and radius are separate dimensions.

Pantograph tip with a carbide cutting edge. 90° cutting edge.
Non-bored
CNC catalogue · May 2025 · PDF page 3 ↗
Pantograph tip with a carbide cutting edge. 105° cutting edge.
Non-bored
CNC catalogue · May 2025 · PDF page 3 ↗
Pantograph tip with a carbide cutting edge. 120° cutting edge.
Non-bored
CNC catalogue · May 2025 · PDF page 4 ↗
Pantograph tip with a carbide cutting edge. 90° cutting edge.
Non-bored
CNC catalogue · May 2025 · PDF page 3 ↗
Pantograph tip with a carbide cutting edge. 105° cutting edge.
Non-bored
CNC catalogue · May 2025 · PDF page 3 ↗
Pantograph tip with a carbide cutting edge. 120° cutting edge.
Non-bored
CNC catalogue · May 2025 · PDF page 4 ↗
Pantograph tip with a carbide cutting edge. 90° cutting edge, 15 mm cutting width.
Non-bored
CNC catalogue · May 2025 · PDF page 3 ↗
Pantograph tip with a carbide cutting edge. 60° cutting edge.
Non-bored
CNC catalogue · May 2025 · PDF page 4 ↗
Pantograph tip with a carbide cutting edge. Internal radius R 2,7 mm.
Non-bored
CNC catalogue · May 2025 · PDF page 4 ↗
Pantograph tip with a carbide cutting edge. Radiused geometry R 10 mm.
Non-bored
CNC catalogue · May 2025 · PDF page 4 ↗
Pantograph tip with a carbide cutting edge. Internal radius R 3 / 4 mm.
Non-bored
CNC catalogue · May 2025 · PDF page 4 ↗
Pantograph tip with a carbide cutting edge. Radiused geometry R 5 mm.
Non-bored
CNC catalogue · May 2025 · PDF page 4 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with a 0 mm flat.
Non-bored
CNC catalogue · May 2025 · PDF page 5 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with a 0,5 mm flat.
Non-bored
CNC catalogue · May 2025 · PDF page 5 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with a 1 mm flat.
Non-bored
CNC catalogue · May 2025 · PDF page 5 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with a 1,5 mm flat.
Non-bored
CNC catalogue · May 2025 · PDF page 5 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with a 2 mm flat.
Non-bored
CNC catalogue · May 2025 · PDF page 5 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with a 3 mm flat.
Non-bored
CNC catalogue · May 2025 · PDF page 5 ↗
Pantograph tip with a carbide cutting edge. Flat cutting-edge geometry.
Non-bored
CNC catalogue · May 2025 · PDF page 5 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with radius R 0,5 mm.
Non-bored
CNC catalogue · May 2025 · PDF page 6 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with radius R 1 mm.
Non-bored
CNC catalogue · May 2025 · PDF page 6 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with radius R 1,5 mm.
Non-bored
CNC catalogue · May 2025 · PDF page 6 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with radius R 2 mm.
Non-bored
CNC catalogue · May 2025 · PDF page 6 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with radius R 3 mm.
Non-bored
CNC catalogue · May 2025 · PDF page 6 ↗
Pantograph tip with a carbide cutting edge. 90° cutting edge.
Bored
CNC catalogue · May 2025 · PDF page 7 ↗
Pantograph tip with a carbide cutting edge. 90° cutting edge.
Bored
CNC catalogue · May 2025 · PDF page 7 ↗
Pantograph tip with a carbide cutting edge. 105° cutting edge.
Bored
CNC catalogue · May 2025 · PDF page 7 ↗
Pantograph tip with a carbide cutting edge. 105° cutting edge.
Bored
CNC catalogue · May 2025 · PDF page 8 ↗
Pantograph tip with a carbide cutting edge. 120° cutting edge.
Bored
CNC catalogue · May 2025 · PDF page 8 ↗
Pantograph tip with a carbide cutting edge. 120° cutting edge.
Bored
CNC catalogue · May 2025 · PDF page 8 ↗
Pantograph tip with a carbide cutting edge. 60° cutting edge.
Bored
CNC catalogue · May 2025 · PDF page 8 ↗
Pantograph tip with a carbide cutting edge. 90° cutting edge, 15 mm cutting width.
Bored
CNC catalogue · May 2025 · PDF page 7 ↗
Pantograph tip with a carbide cutting edge. Internal radius R 2,7 mm.
Bored
CNC catalogue · May 2025 · PDF page 8 ↗
Pantograph tip with a carbide cutting edge. Radiused geometry R 10 mm.
Bored
CNC catalogue · May 2025 · PDF page 8 ↗
Pantograph tip with a carbide cutting edge. Internal radius R 3 / 4 mm.
Bored
CNC catalogue · May 2025 · PDF page 8 ↗
Pantograph tip with a carbide cutting edge. Radiused geometry R 5 mm.
Bored
CNC catalogue · May 2025 · PDF page 8 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with a 0 mm flat.
Bored
CNC catalogue · May 2025 · PDF page 9 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with a 0,5 mm flat.
Bored
CNC catalogue · May 2025 · PDF page 9 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with a 1 mm flat.
Bored
CNC catalogue · May 2025 · PDF page 9 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with a 1,5 mm flat.
Bored
CNC catalogue · May 2025 · PDF page 9 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with a 2 mm flat.
Bored
CNC catalogue · May 2025 · PDF page 9 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with a 3 mm flat.
Bored
CNC catalogue · May 2025 · PDF page 9 ↗
Pantograph tip with a carbide cutting edge. Flat cutting-edge geometry.
Bored
CNC catalogue · May 2025 · PDF page 9 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with radius R 0,5 mm.
Bored
CNC catalogue · May 2025 · PDF page 10 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with radius R 1 mm.
Bored
CNC catalogue · May 2025 · PDF page 10 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with radius R 1,5 mm.
Bored
CNC catalogue · May 2025 · PDF page 10 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with radius R 2 mm.
Bored
CNC catalogue · May 2025 · PDF page 10 ↗
Pantograph tip with a carbide cutting edge. 30° cutting edge with radius R 3 mm.
Bored
CNC catalogue · May 2025 · PDF page 10 ↗
Bored electroplated diamond tip for granite. 60° cutting edge.
Bored
CNC catalogue · May 2025 · PDF page 10 ↗
Bored electroplated diamond tip for granite. 90° cutting edge.
Bored
CNC catalogue · May 2025 · PDF page 10 ↗Bored electroplated diamond tip for granite. 105° cutting edge.
Bored
CNC catalogue · May 2025 · PDF page 10 ↗Bored electroplated diamond tip for granite. 120° cutting edge.
Bored
CNC catalogue · May 2025 · PDF page 10 ↗Pantograph tip with a polycrystalline diamond (PCD) cutting edge. 30° cutting edge, radius R 1 mm and 2 mm groove.

Pantograph tip with a polycrystalline diamond (PCD) cutting edge. 45° cutting edge.

Pantograph tip with a polycrystalline diamond (PCD) cutting edge. 60° cutting edge.

Pantograph tip with a polycrystalline diamond (PCD) cutting edge. 70° cutting edge.

Pantograph tip with a polycrystalline diamond (PCD) cutting edge. 90° cutting edge.
Pantograph tip with a polycrystalline diamond (PCD) cutting edge. 120° cutting edge.

Pantograph tip with a polycrystalline diamond (PCD) cutting edge. Flat cutting-edge geometry.
For FI30 and FI30F references, specify the required flat or radius so we can identify the corresponding variant.
PDF documents remain available in their original language.
Compare the item codes and dimensions in the specification. For pneumatic tools or machines, include the model and shank details. Ask us to check the variant if you are unsure before ordering.
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