tungsten copper end mill tungsten copper end mill tungsten copper end mill

Tungsten Copper 2 Flutes Long Neck Corner Radius End Mill

SAMHO Tungsten-Copper Specific Diamond-Coated 2-Flute Long-Neck Corner-Radius End Mill — Precision Machining Powerhouse

Stop letting high-hardness tungsten-copper materials reduce your machining efficiency and profits. SAMHO’s tungsten-copper series cutting tools are engineered for high-precision machining of tungsten-copper mold cavities, precision electrodes, and other high-hardness components. Its advanced high-adhesion diamond coating ensures long, stable tool life under demanding conditions.

Applicable Materials: Optimized for tungsten-copper and other highly abrasive, high-hardness materials.

Extreme Durability: Ultra-fine-grain carbide substrate with high-adhesion diamond coating delivers outstanding wear resistance and fracture toughness.

Precision Machining: Dimensional tolerances strictly maintained within ±0.01 mm for consistent, high-precision results across batches.

High-Efficiency Cutting: 2-flute long-neck design with rounded tip geometry optimizes cutting forces and chip evacuation, enabling efficient, precise machining.

In tungsten-copper material processing, cutting tools must meet extremely high standards—they need to deliver precise machining and long-lasting durability. The SAMHO 2-flute long neck end mill with rounded corners (D0.2R0.05–D0.8R0.1 mm) is engineered to meet these demanding requirements. Optimized for CNC machining of tungsten-copper, it helps operators achieve efficient, stable, and consistent cutting performance.


Advanced Technical Features

High-Adhesion Diamond Coating for Extended Tool Life
Our proprietary diamond coating delivers exceptional hardness and chemical inertness:

  • Wear Resistance: Maintains a sharp edge during prolonged, continuous machining of tungsten-copper.
  • Micro-Chipping Prevention: Keeps the coating firmly bonded to the carbide substrate, even under high-speed friction.

Ball-Nose Geometry for High-Precision Tungsten-Copper Machining
The precision hemispherical tip is ideal for machining complex mold cavities, internal corners, and 3D contours in tungsten-copper:

  • Superior Surface Finish: Produces smooth surfaces free from cracks or tool marks.
  • Electrode Machining Optimization: Perfect for intricate tungsten-copper electrodes, ensuring dimensional stability and surface consistency.

High-Efficiency 2-Flute “Cold-Cutting” Design
The sharp 2-flute geometry reduces cutting heat and improves chip evacuation:

  • Maximized Chip Evacuation: Quickly clears abrasive metal particles from the cutting zone.
  • Reduced Cutting Load: Minimizes heat buildup, preventing brittle tungsten-copper from cracking under thermal stress.

Ultra-Fine Grain Carbide Substrate with Precision Grinding
High-strength, ultra-fine carbide combined with specialized grinding ensures repeatable, precise machining:

  • Dimensional Accuracy: Tolerances controlled within ±0.01 mm for consistent batch production.
  • Fracture Resistance: Enhances tool durability, especially in highly abrasive tungsten-copper applications.

Target Applications & Industries

This series of 2-flute long-neck corner-radius end mills with diamond coating is ideal for:

  • Machining complex mold cavities and deep features in tungsten-copper materials
  • Machining precision tungsten-copper electrode components
  • Processing high-hardness, highly abrasive tungsten-copper materials
  • Machining high-precision contours and complex 3D structures

Why Source Wholesale from SAMHO?

OEM / ODM Customization: Personalized design and machining solutions tailored to customer requirements.

High-Precision Shank: Tolerance strictly controlled between 0 and -0.005 mm for secure mounting and accurate machining.

Complex Structure Machining: Perfect for deep-cavity tungsten-copper molds, precision electrodes, and high-hardness components.

Reliable and Durable: Exceptional fracture and wear resistance, ideal for high-load, continuous machining.

Recommended Materials for Machining (Highly Recommended: ⭐️ | Recommended: ⭕️ | Suggested: )

DIE STEEL Grade
Carbon steels (S45C/S55C)
Alloy steels (SK/SCM/SUS)
Prehardened steels (NAK/HPM)
Hardened steels (~55/~60/~70HRC)
SPECIAL MATERIAL
Aluminum alloys
Graphite
Copper
Plastics
Tungsten copper
Carbon fiber
Titanium alloys
Heat resistant alloys
Cemented carbide
Hard brittle (non-metallic) material

long neck corner radius end mill

Total 22 models

Model Number Outside Diameter Length of Cut Effective Length Corner Radius Shank Taper Angle Overall Length Number of Flutes Shank Diameter In Stock
CGLSR2-002005005 D0.2 0.05 0.5 R0.05 15° 50 2 4
CGLSR2-002005010 D0.2 0.05 1 R0.05 15° 50 2 4
CGLSR2-003005005 D0.3 0.05 0.5 R0.05 15° 50 2 4
CGLSR2-003005010 D0.3 0.05 1 R0.05 15° 50 2 4
CGLSR2-005005020 D0.5 0.05 2 R0.05 15° 50 2 4
CGLSR2-005005040 D0.5 0.05 4 R0.05 15° 50 2 4
CGLSR2-005005060 D0.5 0.05 6 R0.05 15° 50 2 4
CGLSR2-00501020 D0.5 0.1 2 R0.1 15° 50 2 4
CGLSR2-00501040 D0.5 0.1 4 R0.1 15° 50 2 4
CGLSR2-00501060 D0.5 0.1 6 R0.1 15° 50 2 4
CGLSR2-006005020 D0.6 0.05 2 R0.05 15° 50 2 4
CGLSR2-006005040 D0.6 0.05 4 R0.05 15° 50 2 4
CGLSR2-006005060 D0.6 0.05 6 R0.05 15° 50 2 4
CGLSR2-00601020 D0.6 0.1 2 R0.1 15° 50 2 4
CGLSR2-00601040 D0.6 0.1 4 R0.1 15° 50 2 4
CGLSR2-00601060 D0.6 0.1 6 R0.1 15° 50 2 4
CGLSR2-008005020 D0.8 0.05 2 R0.05 15° 50 2 4
CGLSR2-008005040 D0.8 0.05 4 R0.05 15° 50 2 4
CGLSR2-008005060 D0.8 0.05 6 R0.05 15° 50 2 4
CGLSR2-00801020 D0.8 0.1 2 R0.1 15° 50 2 4
CGLSR2-00801040 D0.8 0.1 4 R0.1 15° 50 2 4
CGLSR2-00801060 D0.8 0.1 6 R0.1 15° 50 2 4

Contour Milling Parameters

Work Material Tungsten Copper
(mm) Diameter (mm) Effective Length (min-1) Speed (mm/min) Feed
D0.2 0.5 30000 150
D0.2 1 30000 100
0.3 0.5 28000 300
0.3 1 26000 200
D0.5 2 15000 300
D0.5 4 13000 180
D0.5 6 12000 120
D0.5 2 15000 300
D0.5 4 13000 180
D0.5 6 12000 120
D0.6 2 16000 600
D0.6 4 12000 350
D0.6 6 10000 200
D0.6 2 16000 600
D0.6 4 12000 350
D0.6 6 10000 200
D0.8 2 16000 1000
D0.8 4 13000 600
D0.8 6 12000 500
D0.8 2 16000 1000
D0.8 4 13000 600
D0.8 6 12000 400
Note:
*Decrease both spindle speed and feed rate proportionally when the milling parameters exceed the machine’s maximum
spindlespeed;
*Recommend using a non-contact measuring device to avoid damaging the precision tip point.
Download 2: Tungsten Copper 2 Flutes Long Neck Corner Radius End Mill File

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