High shear angles + polished rake faces
Positive geometry reduces heat & adhesion
Maximum damping & deflection control
Balance finish & metal removal rate
For optimal milling results on copper alloy workpieces, selecting the correct face mill is paramount. Our specialized Face Mill For Copper Alloy is engineered to meet the exacting demands of this material, delivering exceptional surface finishes, maximizing tool life, and boosting overall machining productivity.
Challenges such as material adhesion (built-up edge), heat generation, and achieving fine surface quality are directly addressed. High-positive rake angles and polished surfaces reduce cutting forces and prevent copper welding. The cutter body is constructed from high-grade alloy steel for superior rigidity and vibration damping, essential for stability during high-efficiency machining.
For machinists also working with aluminum, our dedicated PCD Aluminum Face Mill offers a similarly high-performance solution tailored for non-ferrous metals. Whether integrated into a versatile machining center or a high-speed machine, this tool ensures reliable, consistent performance.
| Diameter (inch/mm) | Number of Flutes | Shank / Interface Type | Axial Rake Angle | Radial Rake Angle | Recommended Max. Depth of Cut |
|---|---|---|---|---|---|
| 2" / 50mm | 5 | CAT 40, BT 40 | 15° | 10° | 0.200" / 5mm |
| 3" / 75mm | 7 | CAT 40, BT 40, CAT 50 | 15° | 10° | 0.250" / 6mm |
| 4" / 100mm | 10 | CAT 50, HSK 100A | 12° | 8° | 0.300" / 8mm |
| 5" / 125mm | 12 | CAT 50, HSK 125A | 12° | 8° | 0.350" / 9mm |
| Copper Alloy Type | Cutting Speed (SFM) | Feed per Tooth (IPT) | Axial Depth of Cut | Coolant Application |
|---|---|---|---|---|
| Free-Machining Brass (C36000) | 800 - 1200 | 0.004 - 0.008 | 0.050" - 0.150" | Flood or MQL Recommended |
| Electrolytic Copper (C11000) | 600 - 900 | 0.003 - 0.006 | 0.040" - 0.120" | Flood Coolant Essential |
| Beryllium Copper (C17200) | 400 - 700 | 0.002 - 0.005 | 0.030" - 0.100" | Flood Coolant Essential |
A: Yes. The high-positive rake and polished surfaces drastically reduce built-up edge. Use adequate flood coolant for optimal results and surface finish improvement over 30%.
A: The copper alloy face mill uses specialized geometry and coating to prevent adhesion, while PCD aluminum face mills excel in high-silicon aluminum. Both are ideal for non-ferrous mirror finishing and can be used together in a flexible cell.
A: Absolutely. The body is dynamically balanced, and multi-flute designs (5-12 flutes) allow aggressive metal removal rates. For best stability, use hydraulic or shrink-fit holders.
A: The high-positive geometry reduces cutting heat, while open flutes promote chip evacuation. For pure copper and beryllium copper, high-pressure coolant is strongly recommended to extend tool life.