Roughing at the highest level
With a depth of cut of ap 3.3 mm and maximum feed per tooth, the new HFC 19 high-feed milling system boasts phenomenal material removal rates, meaning that the system is primarily used when high chip volume and maximum process-security are required. The new indexable inserts feature a patented, rectangular geometry with a large radius and impress with nickel-plated tool holders, high rigidity and soft cutting capability. What’s more, stable contact surfaces ensure effective force transmission and minimise undesirable vibrations.
Advantages of the HFC19 system
- Extremely high material removal rates
A depth of cut of up to 3.3 mm and maximum feeds make extremely efficient roughing operations possible. - Extremely quiet running
Cutting forces are exerted primarily in the axial direction, minimising vibration and reducing stress on the spindle, even with long tool overhangs. - Maximum process security
Thanks to optimised chip flutes and process-secure chip evacuation. - Effective force transmission
Stable contact surfaces ensure effective force transmission.
- Process-secure due to optimised chip gullets for reliable chip evacuation
- Long service life thanks to nickel-plated, FEM-optimised tool holder
- Reduced wear due to MMS-optimised coolant supply
- XOLX19
- High rigidity
As a result of the patented, rectangular cutting edge geometry and large radius
- Stable with smooth cutting characteristics
Reduced power consumption and extremely quiet running; also ideal for machining unstable components
- High chip volume
Thanks to large depth of cut and maximum feed per tooth
Practical test
Material: Ti6Al4V (3.7165)
Indexable insert:
XOLX 190615ER-F40 HCN5240
Tool(s): AHFC.63.R.05-19
| Application data | Team Cutting Tools | Competitor |
|---|---|---|
| vc in m/min | 50 | 50 |
| fz in mm | 0.71 | 0.25 |
| ap in mm | 3.3 | 3 |
| ae in mm | 40 | 40 |
| Cooling | Emulsion | Emulsion |
| Tool life/component | 3 | 1 |
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