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

Tungsten Copper 4 Flutes Long Neck Flat End Mill

SAMHO 4-Flute Long-Neck Flat-End Tungsten-Copper End Mill — The Ultimate Tool for Precision Tungsten-Copper Machining

Stop letting abrasive tungsten-copper materials eat into your profits. SAMHO’s tungsten-copper end mills are engineered for precision CNC machining of high-hardness, abrasive tungsten-copper materials. With advanced wear-resistant coating technology and optimized cutting-edge geometry, this 4-flute long neck square end mill bit delivers excellent service life and stable cutting performance in real-world applications.

Applicable Materials: Designed specifically for tungsten-copper and other high-hardness, abrasive metals.

Ultimate Durability: Made from an ultra-fine grain cemented carbide matrix with a wear-resistant coating, significantly extending tool life.

High-Precision Machining: Dimensional tolerances are strictly controlled within ±0.01 mm, ensuring consistent accuracy for deep grooves and complex contour machining.

In tungsten-copper machining, tool precision and durability are critical. The SAMHO 4-flute long neck flat end mill is specifically engineered for tungsten-copper materials. It delivers excellent cutting stability and a long service life, meeting the demands of high-precision CNC machining.

Its optimized cutting-edge geometry and high-strength construction allow operators to achieve stable and efficient cutting, even when working on complex shapes or deep grooves. This improves both machining efficiency and surface quality.


Advanced Technical Features

Highly Durable Tool Design for Extended Service Life
These tools feature our proprietary high-strength coating technology, providing exceptional hardness and chemical inertness:

  • Wear Resistance: The cutting edges remain sharp even during prolonged, continuous dry or wet cutting.
  • Micro-Chipping Prevention: The coating stays firmly bonded to the high-strength carbide substrate, even under high-speed friction conditions.

Long-Neck, Flat-Bottom Geometry for Deep Slotting and Complex Tungsten-Copper Contouring
Optimized long-neck and flat-bottom tip geometry ensures precise 3D contouring and deep slot cutting in tungsten-copper materials:

  • High-Precision Machining: Produces smooth surface finishes in complex mold cavities, micro-channels, and deep slots.
  • Superior Surface Quality: Minimizes residual tool marks for a high-gloss finish.

Efficient 4-Flute Design to Reduce Cutting Heat
The sharp 4-flute geometry improves chip evacuation and reduces cutting heat:

  • Maximized Chip Evacuation: Quickly removes abrasive chips to maintain cutting stability.
  • Reduced Cutting Load: Minimizes heat buildup, preventing cracks in brittle materials.

Ultra-Fine Grain Carbide Substrate with Precision Grinding
Manufactured with a high-strength, ultra-fine grain carbide substrate and precision-ground on CNC machines for tungsten-copper applications, ensuring reliable machining performance:

  • Precise Dimensional Tolerance: Controlled within ±0.01 mm for consistent batch production.
  • Excellent Fracture Resistance: Extends tool life, especially when machining highly abrasive tungsten-copper materials.

Target Applications & Industries

This series of 4-flute, long-neck, flat-end mills is specifically engineered for tungsten-copper machining and is ideal for:

  • Precision CNC machining of tungsten-copper parts
  • Machining mold cavities and deep slots
  • Working with high-hardness, abrasive materials
  • Creating complex contours and precision structures

Why Source Wholesale from SAMHO?

High-Precision Manufacturing: Shank diameter is tightly controlled within 0–0.005 mm for a precise fit with CNC machines.

Optimized for Tungsten-Copper Machining: Long-neck, flat-bottom geometry ensures high-precision machining of deep grooves and complex contours.

Superior Durability: High-strength carbide substrate with wear-resistant coating extends tool life in abrasive tungsten-copper applications.

Flexible Supply Options: Supports OEM and ODM to meet custom requirements.

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

2 flute flat long neck end mill

Total 19 models

Model Number Outside Diameter Length Of Cut Effective Length Shank Taper Angle Overall Length Number Of Flutes Shank Diameter In Stock
CGLS4-010040 1 2 4 15° 50 4 4
CGLS4-010060 1 2 6 15° 50 4 4
CGLS4-010080 1 2 8 15° 50 4 4
CGLS4-010100 1 2 10 15° 50 4 4
CGLS4-010120 1 2 12 15° 50 4 4
CGLS4-010160 1 2 16 15° 50 4 4
CGLS4-010200 1 2 20 15° 50 4 4
CGLS4-015060 1.5 3 6 15° 50 4 4
CGLS4-015100 1.5 3 10 15° 50 4 4
CGLS4-015160 1.5 3 16 15° 50 4 4
CGLS4-015200 1.5 3 20 15° 50 4 4
CGLS4-020080 2 4 8 15° 50 4 4
CGLS4-020100 2 4 10 15° 50 4 4
CGLS4-020120 2 4 12 15° 50 4 4
CGLS4-020160 2 4 16 15° 50 4 4
CGLS4-020200 2 4 20 15° 50 4 4
CGLS4-030120 3 9 12 15° 50 4 4
CGLS4-030160 3 9 16 15° 50 4 4
CGLS4-030200 3 9 20 15° 50 4 4

Contour Milling Parameters

Work Material Tungsten Copper
(mm) Diameter (mm) Effective Length (min-1) Speed (mm/min) Feed
D1.0 4 12000 800
D1.0 6 10000 600
D1.0 8 9000 300
D1.0 10 8000 120
D1.0 12 8000 100
D1.0 16 7000 80
D1.0 20 7000 60
D1.5 6 11000 1000
D1.5 10 9000 600
D1.5 16 8000 300
D1.5 20 7000 100
D2.0 8 10000 1500
D2.0 10 9000 1000
D2.0 12 9000 800
D2.0 16 8000 600
D2.0 20 7000 300
D3.0 12 10000 1800
D3.0 16 8000 1200
D3.0 20 7000 800
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 4 Flutes Long Neck Flat End Mill File

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