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CRX-S Milling Cutters
Extreme wear resistance in copper and abrasive non-ferrous machining
DLC (Diamond Like Carbon) coating has exceptional hardness and lubricity, making it ideal for machining highly abrasive and sticky materials
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Advantages
Close to Diamond Hardness
DLC coating is 3-4 times harder than conventional CVD & PCD coatings
Wear Resistance
Special substrate and diamond-like coating ensures reliable machining
Number 1 for Copper
Designed for copper & copper alloy machining, as well as carbon/glass fibres or abrasive plastics
Features
DLC Plus Coating
Provides exceptional hardness & low coefficient of friction, preventing fast wear
Nanograin Carbide
Higher heat resistance and hardness for tackling abrasive non-ferrous materials
Self Lubrication
Self-lubrication in dry wear conditions extends tool life and helps dissipate heat
DLC PLUS Coating
Close to Diamond HARDNESS!
With hardness of 6000-7000HV, DLC coating is 3-4 times harder than conventional CVD and PCD coatings and almost as hard as diamond coating.
| DLC Plus | Diamond | TiN | |
|---|---|---|---|
| Hardness (HV) | 6,000 - 7,000 | 7,000 - 10,000 | 2,000 |
| Wear Coefficient | 0.1 | 0.4 | 0.4 |
The Anatomy of Efficiency
Specialised Design of Corner Gash
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Unique flute design and superior corner protection
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Tool life protected against catastrophic failure in high feed application
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Polished flutes for excellent chip flow
DLC Diamond-Like Carbon Coating
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Excels in hard aluminium & high speeds
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Provides edge strength and unsurpassed tool life
Specialised Design of Corner Gash
Unique flute design and superior corner protection
Tool life protected against catastrophic failure in high feed application
Polished flutes for excellent chip flow
DLC Diamond-Like Carbon Coating
Excels in hard aluminium & high speeds
Provides edge strength and unsurpassed tool life
Cylindrical Land
Increased performance in a variety of cutting conditions with reduced vibration
Symmetrical Shape
Highly effective in vertical ramping up to 20 degrees and step-over plunging applications
Unique Flute Design
Effective chip evacuation at high feed rates with lower cutting forces
Speed. Strength. Sharpness.
Alu-Power HPC keeps its edge under tough conditions.
No Cutter Withstands Extreme Radial Forces
Better or Longer
Wide Clamping Area
6 Cornered Insert
High cost efficiency from multi-corners
Streamlined Holder Design
Improved chip evacuation in deep shouldering and slotting
Through Coolant System
Improved chip flow and tool life thanks to insert cooling
3-Side Supporting System
Stable tool life
Strong Clamping Screws
Enable rigid clamping
The Benefits of Balanced Cutting
Wide Clamping Area
6 Cornered Insert
High cost efficiency from multi-corners
Streamlined Holder Design
Improved chip evacuation in deep shouldering and slotting
Through Coolant System
Improved chip flow and tool life thanks to insert cooling
3-Side Supporting System
Stable tool life
Strong Clamping Screws
Enable rigid clamping
Application
Material Suitability
| Material | Excellent | Good |
|---|---|---|
|
P
Steel
|
• | • |
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H
Hardened Steel
|
• | • |
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M
Stainless Steel
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• | • |
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S
HRSA's
|
• | • |
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K
Cast Iron
|
• | • |
|
N
Aluminium & Non-Ferrous
|
• | • |
Possible Machining Methods
Profiling
Side Cutting
Face Milling
Slotting
Circular Interpolation
Example Cutting Data
CRX-S milling cutters includes parameters such as speed, feed rate, and depth of cut for optimal machining performance
| Ø2mm, 2 Flute Uncoated |
|---|