HAM Chucking Reamers...
HAM Reamers are offering in Solid Carbide, Cermet & Diamond.
Especially designed for the machining a variety of workpiece materials.
Diameter offerings start at 3.0mm (.1181") to 20.0mm (.7874").
Titanium
Copper
Non-Ferrous Metals
Copper
Non-Ferrous Metals
Nodular or Ductile Iron
Inconel
Hayes
Hastaloy
Inconel
Hayes
Hastaloy
Aluminum
Steel
Stainless Steel
Cast Iron
Steel
Stainless Steel
Cast Iron
Suitable Materials:
HAM 510 ▪ Solid Carbide Chucking Reamer
Engineering Data:
- Short Bevel
- Design Specified acc. DIN 1420
- 6°-8° LH Helix
- 4-6 Flute
- Unequal Division
- Diameter Tolerance H7
HAM 516 ▪ Solid Carbide Chucking Reamer
- Short Bevel
- Design Specified acc. DIN 1420
- 6°-8° LH Helix
- 6-8 Flute
- Unequal Division
- Diameter Tolerance H7
HAM 533 ▪ Solid Carbide Chucking Reamer
- Short Bevel
- Design Specified acc. DIN 1420
- 0° Helix
- 6-8 Flute
- Extremely Unequal Division
- Diameter Tolerance H7
HAM 540 ▪ Solid Carbide Chucking Reamer ▪ Coolant
- Design Specified acc. DIN 1420
- Interior Coolant Exit in the Flutes
- 6°-8° LH Helix
- 6-8 Flute
- Unequal Division
- Diameter Tolerance H7
- Short Bevel
HAM 512 ▪ Cermet Reamer ▪ Non-Coolant
- Design Specified acc. DIN 1420
- 6°-8° LH Helix
- 6-8 Flute
- Unequal Division
- Diameter Tolerance H7
- Short Bevel
HAM 6913 ▪ Cermet Reamer ▪ Coolant
- Solid Carbide Body with Cermet Cutting Edge
- 4-6 Flute
- Diameter Tolerance H7
- Interior Coolant exit in the Front
HAM 6917 ▪ Cermet Reamer ▪ Coolant
- Solid Carbide Body with Cermet Cutting Edge
- 4-6 Flute
- Diameter Tolerance H7
- Interior Coolant exit in the Front
HAM 3552 ▪ Cermet Reamer ▪ Coolant
- Solid Carbide Body with Brazed PCD Cutting Edges
- 4 Flute
- Unequal Division
- Diameter Tolerance H7
- Interior Coolant Exit Positioned on the Cutting Edges
