BTB 4 Flute Solid Carbide Endmill-Coated/BEN4-4MM X 10 FL X 50 OAL 4FLT

Description

BTB 4 Flute Solid Carbide Endmill-Coated/BEN4-4MM X 10 FL X 50 OAL 4FLT

The 4mm Solid Carbide Endmill with a 4-flute configuration and protective coating is engineered for high-speed, high-precision CNC milling. Designed for durability and superior performance, it ensures clean cuts, minimal vibration, and extended tool life across various machining applications.

 



Features:

Specification Details
Diameter 4mm
Flute Length 12mm
Overall Length 50mm
Flute Design 4-Flute – For smoother finishes and increased stability
Coated Surface Provides heat resistance and reduces wear



Benefits:

Delivers consistent accuracy and finish quality

Coating allows for higher cutting speeds and longer tool usage

Excellent chip evacuation for clean, efficient milling

Maintains precision during extended machining operations

Applications:

Perfect for General engineering tasks requiring deep cuts and fine finishes

Widely used in precision engineering, aerospace, automotive, and mold industries

Suitable for contouring, pocketing, and finishing operations

1. What is the recommended application for a 4mm endmill?
It’s perfect for mid-range precision milling, especially in contouring, profiling, and finishing tasks in hard and soft metals.

2. Can this endmill handle high-speed machining?
Yes, the solid carbide body and heat-resistant coating allow it to perform well in high-speed operations with reduced wear.

3. What spindle speed is ideal for this tool?
Spindle speed depends on the material, but typically ranges from 10,000 to 25,000 RPM for metals and lower for softer materials.

4. Is it compatible with manual milling machines?
It can be used with manual machines if they support 4mm shanks and appropriate RPMs, but it performs best in CNC environments.

5. Does the coating improve the surface finish?
Yes, the coating reduces friction and heat buildup, resulting in cleaner cuts and a better overall surface

Product form

BTB 4 Flute Solid Carbide Endmill-Coated/BEN4-4MM X 10 FL X 50 OAL 4FLT

SKU: BEN4-4S

Rs. 377.60 Incl. GST

    In Stock - Dispatched Immediately
    100% Original Products
    GST Invoice on Every Purchase

    Description

    BTB 4 Flute Solid Carbide Endmill-Coated/BEN4-4MM X 10 FL X 50 OAL 4FLT

    The 4mm Solid Carbide Endmill with a 4-flute configuration and protective coating is engineered for high-speed, high-precision CNC milling. Designed for durability and superior performance, it ensures clean cuts, minimal vibration, and extended tool life across various machining applications.

     



    Features:

    Specification Details
    Diameter 4mm
    Flute Length 12mm
    Overall Length 50mm
    Flute Design 4-Flute – For smoother finishes and increased stability
    Coated Surface Provides heat resistance and reduces wear



    Benefits:

    Delivers consistent accuracy and finish quality

    Coating allows for higher cutting speeds and longer tool usage

    Excellent chip evacuation for clean, efficient milling

    Maintains precision during extended machining operations

    Applications:

    Perfect for General engineering tasks requiring deep cuts and fine finishes

    Widely used in precision engineering, aerospace, automotive, and mold industries

    Suitable for contouring, pocketing, and finishing operations

    1. What is the recommended application for a 4mm endmill?
    It’s perfect for mid-range precision milling, especially in contouring, profiling, and finishing tasks in hard and soft metals.

    2. Can this endmill handle high-speed machining?
    Yes, the solid carbide body and heat-resistant coating allow it to perform well in high-speed operations with reduced wear.

    3. What spindle speed is ideal for this tool?
    Spindle speed depends on the material, but typically ranges from 10,000 to 25,000 RPM for metals and lower for softer materials.

    4. Is it compatible with manual milling machines?
    It can be used with manual machines if they support 4mm shanks and appropriate RPMs, but it performs best in CNC environments.

    5. Does the coating improve the surface finish?
    Yes, the coating reduces friction and heat buildup, resulting in cleaner cuts and a better overall surface

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