Description
BTB 4 Flute Solid Carbide Endmill-Coated/BEN4-1MM X 3 FL X 50 OAL 4FLT
The BTB 1mm Solid Carbide Endmill is crafted for ultra-fine CNC operations. With 4 flutes and a coated surface and a high-performance coating is engineered for precision micro-machining and fine detailing in CNC milling operations. Designed for exceptional control and durability, this tool is ideal for industries that demand intricate cuts and high-quality finishes on small-scale components.
Features:
| Specification |
Details |
| Flute Length |
3mm |
| Overall Length |
50mm |
| Flute Design |
4-Flute – Ensures smooth and stable cutting |
| Coated Surface |
Enhances heat resistance and prolongs tool life |
Benefits:
Provides exceptional accuracy in micro-machining tasks
Coating improves wear resistance for extended usage
Optimized flute design for efficient chip removal
Maintains edge sharpness and dimensional stability under continuous use
Applications:
Ideal for precision CNC milling on small parts
Perfect for General engineering tasks requiring deep cuts and fine finishes
Commonly used in electronics, medical device manufacturing, and mold & die industries where intricate detailing is required
1. What is the 1mm endmill typically used for?
The 1mm endmill is commonly used for precision CNC milling in small parts, fine slotting, engraving, and contouring applications across industries like electronics, mold-making, and precision engineering.
2. Is the 1mm endmill suitable for hard materials like stainless steel?
Yes, the tool’s solid carbide construction and wear-resistant coating make it ideal for machining stainless steel, alloy steel, and even some hardened materials with proper cutting parameters.
3. What are the benefits of the 4-flute design in this tool?
The 4-flute geometry provides a smoother surface finish, better tool rigidity, and efficient chip evacuation—especially useful in harder materials or when tighter tolerances are required.
4. What is the recommended spindle speed for a 3mm coated endmill?
Spindle speeds typically range from 15,000 to 25,000 RPM depending on the material and depth of cut. Always refer to specific cutting data for optimal results.
5. Do I need to use coolant while machining with this endmill?
Yes, using coolant or air blast is advisable to reduce heat, prevent tool wear, and improve surface finish, especially during long or high-speed operations.
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