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HFM High Feed Mill
High performance and high accuracy high feed milling from Ø8mm
Increase productivity in small diameter machining with high feed per tooth and reinforced cutting edges.
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Browse the Range
Alpha Mill
90° End Mill
| Application |
|
| Diameters | 10-63mm |
Double core geometry for slotting and profiling, long tool life and best all-round performance
HFM High Feed
90° End Mill
| Application |
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| Diameters | 8-21mm |
Best for profiling offering high feed rates and tool stability
HFM High Feed
90° Screwed Shank End Mill
| Application |
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| Diameters | 8-33mm |
With 45° chamfer preparation for
added corner protection
Alpha Mill
90° Plunge Mill
| Application |
|
| Diameters | 14-32mm |
Special profile with corner protection for roughing stainless steel and titanium
Advantages
High Feed Per Tooth
Up to 8 teeth for longer tool life and increased productivity
High Metal Removal
Ultra-high metal removal rates possible due to special insert geometry
Ideal for Mould Making
Close pitch holders offer exceptional surface finish and diameters from 8mm
High Versatility
Suitable for slotting, ramping, helical cutting & copy milling
Features
High Hardened Steels
Ultrafine micrograin carbide grades capable of machining hardened steels
Through Coolant
Reduces heat build up, improves chip flow and tool life
Material Suitability
Insert grades for steel, hardened steel, HRSA, cast iron & stainless steel
Double Relief Angle
Increases rigidity and prevents interference with the workpiece
HFM High Feed Mill Inserts
Insert Designation:
LPMT - Fine Finishing
LPMW & LPEW - High Hardness Materials
HFM Mill inserts are designed for high feed milling in smaller diameters.
The ultrafine micrograin carbide substrate and specialised coating drastically reduce the risk of chipping & wear.
The high helix angle of the insert also reduces cutting resistance.
Chipbreaker Guide
| Chipbreaker | Cutting Edge | Application | Description |
|---|---|---|---|
| MF |  |
Steel <50HRC / Stainless Steel /Titanium & Inconel | Low cutting resistance chip breaker with sharp cutting edge for excellent chip control and surface finish. |
| Plain |  |
Strong cutting edge for hardened materials <60HRC | High toughness geometry, suitable for hardened steel cutting. |
Grade Guide
| Grade | Chipbreaker | Materials | Features & Benefits |
|---|---|---|---|
| PC2505 | Plain | Hardened Steel 45-60HRC |
Ideal for continuous-light interrupted cutting at medium-low surface speeds on heat treated steel & high hardened steel with excellent wear resistance. |
| PC2510 | Plain | Hardened Steel / Pre-Hardened Steel 35-50HRC |
Ideal for continuous-light interrupted cutting at medium-low surface speeds on high hardened steel & pre-hardened steel with excellent impact resistance. |
| PC3700 | MF | Steel <40 HRC |
Dedicated steel grade for continuous-light interrupted cutting at medium-high surface speeds. Provides advanced performance & maximum efficiency. |
| PC5300 | MF Plain |
Steel <40 HRC
Stainless Steel
HRSA's
Cast Iron
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General PVD coated grade with high toughness for longer tool life. Suitable for light-heavy interrupted cutting at medium-high surface speeds. |
| PC5400 | MF | Steel <35 HRC
Stainless Steel
HRSA's
Cast Iron
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General purpose grade with excellent wear resistance & surface roughness when low speed machining. Ideal for continuous-heavy interrupted cutting. |
| UNC840 (CVD) | MF | HRSA's |
Premium grade for machining of HRSA including Inconel, Hastelloy, Titanium alloy etc. Ideal for continuous-light interrupted cutting at high speeds. |
Application
Material Suitability
| Material | Excellent | Good |
|---|---|---|
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Steel
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Hardened Steel
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Stainless Steel
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HRSA's
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Cast Iron
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Aluminium & Non-Ferrous
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Possible Machining Methods
Face Milling
Trochoidal Milling
Side Cutting
Slotting
Circular Interpolation
