Swagin High Speed Steel HSS Parallel Shank End Mills Cutter
Material: | M2 (HSS), M35 (HSS-E), M42 (HSS-ECO) |
Hardness: | 62 to 64 HRC |
Size Range: | 3 mm to 71 mm and 1/8″ to 3″ |
Specification Conform: |
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Flute Type: | Spiral Flutes, 2 Flutes, 3 Flutes, 4 Flutes, 5 Flutes, 6 Flutes |
Coating: | Golden Tin Coating, Futura Coating, Alcoran Coating |
Brand Name: | Swagin |
Country of Origin: | Made in India |
Swagin High Speed Steel HSS Taper Shank End Mills Cutter
Material: | M2 (HSS), M35 (HSS-E), M42 (HSS-ECO) |
Hardness: | 62 to 64 HRC |
Size Range: | 3 mm to 71 mm and 1/8″ to 3″ |
Specification Conform: |
|
Flute Type: | Spiral Flutes, 2 Flutes |
Coating: | Golden Tin Coating, Futura Coating, Alcoran Coating |
Brand Name: | Swagin |
Country of Origin: | Made in India |
**Product Description: High Speed Steel (HSS) End Mill Cutter**
1. **Material:** Crafted from high-quality High Speed Steel (HSS) for exceptional strength and durability.
2. **Design:** Precision-engineered cutting edges for accurate and smooth milling operations.
3. **Versatility:** Suitable for a wide range of milling applications, including face milling, profile milling, and slotting.
4. **Cutting Efficiency:** High cutting speed and efficiency, reducing machining time.
5. **Durability:** Excellent wear resistance and extended tool life, even in high-speed conditions.
6. **Heat Resistance:** Capable of maintaining hardness and performance under high temperatures.
7. **Surface Finish:** Provides superior surface finish and precision in machining processes.
8. **Compatibility:** Compatible with various milling machines and setups.
**Uses:**
1. **Metalworking:** Ideal for milling various metals, including steel, aluminum, and cast iron, ensuring precise cuts and finishes.
2. **Tool and Die Making:** Essential for creating molds and dies with intricate details and high accuracy.
3. **Aerospace:** Suitable for machining high-performance materials used in aerospace applications.
4. **Automotive:** Used in the production of automotive parts, providing precise and reliable cuts.
5. **Manufacturing:** Widely used in manufacturing industries for creating components and parts with high precision.
6. **Prototyping:** Perfect for developing prototypes with detailed and accurate milling requirements.
7. **Custom Projects:** Suitable for custom machining projects requiring precision and efficiency.
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