Aluminum Special End Mill (Solid Carbide)

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Aluminum Special End Mill (Solid Carbide)
Details
aluminum-specific end mill, aluminum milling cutter, non-ferrous metal end mill, high-feed aluminum cutter
aluminum alloy finishing end mill, polished flute aluminum cutter, anti-adhesion aluminum milling tool
long-life aluminum end mill, high-speed aluminum cutter, precision aluminum profile tool
Category
Solid Carbide Small Diameter Tools
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Description
 

Products Description

 

Aluminum Special End Mill · Efficient & Precision Cutting Tool for Non-ferrous Metals

 

  • Developed by Changzhou Thermo Tools Co., Ltd., this series is specially designed for aluminum and non-ferrous metal milling, solving pain points such as built-up edge, poor chip evacuation and insufficient surface finish. Made of ultra-fine grain carbide, with 40° helix angle and 2-flute/3-flute structure, it can produce φ0.25mm micro tools, covering the whole process from roughing to finishing.
  • Built with high-end German and Swiss equipment and precision dynamic balance testing, it runs stably at high speed with little wear. YG-type carbide and sharp edges prevent built-up edge, adapting to 300~800m/min high-speed cutting (up to nearly 1000m/min in aerospace), greatly improving efficiency and reducing costs.
  • Some models adopt lightweight aluminum alloy body to reduce machine load; optimized cutting edge runout adjustment shortens downtime. With full-spec end mills, it adapts to different processing needs in aerospace, automotive manufacturing and other industries.

Spiral Flute Large Chip Evacuation

cavity roughing and surface finishing

 

 

Main Technical Specification

 

Order No. Dia. (d) CL (L1) OAL (L) Shank (D) Flutes (F)
Φ1.0X3CX50X4DX2F/3F 1.0 3 50 4 2/3
Φ1.5X4CX50X4DX2F/3F 1.5 4 50 4 2/3
Φ2.0X5CX50X4DX2F/3F 2.0 5 50 4 2/3
Φ2.5X6CX50X4DX2F/3F 2.5 6 50 4 2/3
Φ3.0X8CX50X3DX2F/3F 3.0 8 50 3 2/3
Φ3.0X8CX50X4DX2F/3F 3.0 8 50 4 2/3
Φ4.0X10CX50X4DX2F/3F 4.0 10 50 4 2/3
Φ5.0X13CX50X6DX2F/3F 5.0 13 50 6 2/3
Φ6.0X15CX50X6DX2F/3F 6.0 15 50 6 2/3
Φ8.0X20CX60X8DX2F/3F 8.0 20 60 8 2/3
Φ10.0X25CX75X10DX2F/3F 10.0 25 75 10 2/3
Φ12.0X30CX75X12DX2F/3F 12.0 30 75 12 2/3
Φ16.0X45CX100X16DX2F/3F 16.0 45 100 16 2/3
Φ6.0X25CX100X6DX2F/3F 6.0 25 100 6 2/3
Φ8.0X30CX100X8DX2F/3F 8.0 30 100 8 2/3
Φ10.0X35CX100X10DX2F/3F 10.0 35 100 10 2/3
Φ12.0X40CX100X12DX2F/3F 12.0 40 100 12 2/3
Φ6X45CX150X6DX2F/3F 6 45 150 6 2/3
Φ8X50CX150X8DX2F/3F 8 50 150 8 2/3
Φ10X60CX150X10DX2F/3F 10 60 150 10 2/3
Φ12X60CX150X12DX2F/3F 12 60 150 12 2/3
Φ16X65CX150X16DX2F/3F 16 65 150 16 2/3
Φ20X80CX150X20DX2F/3F 20 80 150 20 2/3

 

Diameter (mm) Slotting (2F/3F)   Side Milling (3F)  
  R.P.M Feed (mm/min) R.P.M Feed (mm/min)
3 16,000 12,000 26,600 1,350
4 12,000 1,000 20,000 1,360
5 9,600 900 15,900 1,350
6 8,000 820 13,300 1,350
8 6,000 750 10,000 1,360
10 4,800 680 7,900 1,350
12 4,000 620 6,600 1,350

 

product-918-128

 

 

 

Product Feature

 

Ultra-fine Alloy Base · High-speed, Precision & Stable Cutting

 

Ultra-fine Grain Carbide, Excellent Wear Resistance & Anti-adhesion

High-quality YG-type ultra-fine grain carbide with dense texture and sufficient rigidity; sharp edges effectively inhibit built-up edge and chip accumulation, reducing wear and extending service life.

 
 

High-speed & Efficient Cutting, Adapt to Diverse Working Conditions

40° helix angle and optimized flute ensure smooth chip evacuation; cutting speed 300~800m/min (nearly 1000m/min in aerospace), feed rate 0.05~0.25mm/z, improving processing efficiency.

 
 

Precision Machining Calibration, Stable Operation Without Vibration

Processed by high-end German and Swiss equipment, with factory dynamic balance testing, stable operation at high speed, ensuring processing accuracy and surface finish.

 
 

 Lightweight Adaptation, Full-scene Flexible Compatibility

Some models have lightweight design to reduce machine load; easy cutting edge adjustment, 2-flute/3-flute and multiple specifications, covering all scenes from micro precision to large-scale roughing.

 

 

 

Application Fields

 

Special for Non-ferrous Metals · Adapt to Precision Milling in Multiple Industries

1. Aerospace Field

Used for high-speed precision processing of aircraft structural parts and engine aluminum components, meeting lightweight, high-strength and strict industry standards.

2. Automotive Manufacturing Industry

Adapt to lightweight components such as wheels, body frames and new energy battery cases, balancing roughing and finishing, improving efficiency and texture.

3. Mold Processing Industry

Realize forming and corner cleaning of complex cavities of aluminum molds, ensuring mold accuracy and surface finish.

4. General Non-ferrous Metal Processing

Suitable for milling and slotting of copper, magnesium alloy and other parts, with smooth chip evacuation and no built-up edge, ensuring product consistency.

 

 

FAQ

 

Aluminum Special End Mill Q&A · Selection Guide for Non-ferrous Metal Processing

Q: Q1: What are the core advantages of aluminum special end mills compared with ordinary end mills?

A: A1: Designed for non-ferrous metals, YG-type carbide + sharp edges prevent built-up edge; optimized flute ensures efficient chip evacuation. Stable at high speed, slow wear, long service life, adapting to 300~1000m/min cutting, more suitable for aluminum processing.

Q: Q2: What kind of cutting fluid should be used when using aluminum special end mills? Why?

A: A2: Prioritize kerosene, diesel or special aluminum emulsion; avoid sulfur/chlorine-containing fluids. Aluminum easily reacts with sulfur/chlorine, causing corrosion and built-up edge; special fluids cool and lubricate to protect tools and workpieces.

Q: Q3: What processing scenarios are the 2-flute and 3-flute structures of aluminum special end mills suitable for?

A: A3: 2-flute with large flute and good chip evacuation, suitable for aluminum roughing and deep cavity processing; 3-flute with strong rigidity, suitable for semi-finishing, finishing and precision processing of thin-walled, micro parts.

Q: Q4: After long-term high-speed processing, how to deal with tool wear? How to maintain it daily?

A: A4: Regrind or replace worn/chipped edges in time; ensure sufficient cutting fluid, regularly check tool status, and store in dry environment to prevent rust.

Q: Q5: Can aluminum special end mills be adapted to high-speed machining centers? What should be paid attention to during high-speed processing?

A: A5: Adaptable to high-speed machining centers, with low vibration and strong stability. Ensure sufficient cutting fluid, set parameters according to specifications, and regularly check installation accuracy.

Q: Q6: Will the service life of the lightweight aluminum special end mill be shorter than that of the ordinary tool body?

A: A6: No. Only the tool body is lightweight; the edge is still high-strength carbide with unchanged wear resistance. It reduces machine load and vibration, thus extending service life.

 

 

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