MIR2F 55 0.5xD4x1.0x50-Micro M2 55 HRC
MIR2F 55 0.5xD4x1.0x50-Micro M2 55 HRC
MIR2F 55 0.5xD4x1.0x50-Micro M2 55 HRC
MIR2F 55 0.5xD4x1.0x50-Micro M2 55 HRC
MIR2F 55 0.5xD4x1.0x50-Micro M2 55 HRC
MIR2F 55 0.5xD4x1.0x50-Micro M2 55 HRC
MIR2F 55 0.5xD4x1.0x50-Micro M2 55 HRC
MIR2F 55 0.5xD4x1.0x50-Micro M2 55 HRC
MIR2F 55 0.5xD4x1.0x50-Micro M2 55 HRC
MIR2F 55 0.5xD4x1.0x50-Micro M2 55 HRC

MIR2F 55 0.5xD4x1.0x50-Micro M2 55 HRC

Price 930.0 INR/ Number

MOQ : 1 Number

MIR2F 55 0.5xD4x1.0x50-Micro M2 55 HRC Specification

  • Length
  • 50 Millimeter (mm)
  • Operation Type
  • Finishing, Slotting
  • Material
  • Tungsten Carbide
  • Diameter
  • 0.5 Millimeter (mm)
 

MIR2F 55 0.5xD4x1.0x50-Micro M2 55 HRC Trade Information

  • Minimum Order Quantity
  • 1 Number
  • Delivery Time
  • 1 Week
 

About MIR2F 55 0.5xD4x1.0x50-Micro M2 55 HRC

MIR2F-55 0.5xD4x1.0x50-2F Micro End Mill is a high-precision solid carbide CNC cutting tool designed for micro machining and fine milling operations in materials up to 55 HRC hardness. Manufactured from premium sub-micron carbide rod with high-performance coating, this tool offers excellent wear resistance, thermal stability, and long tool life during high-speed CNC machining.

With a 0.5 mm cutting diameter, 1.0 mm cutting length, and 2-flute geometry, this micro end mill is ideal for micro slotting, engraving, profiling, and precision contour machining. The optimized flute design ensures smooth chip evacuation and stable cutting performance while maintaining superior surface finish and dimensional accuracy.

The 4 mm shank diameter and 50 mm overall length provide better rigidity and reduced vibration during machining. This tool is suitable for machining materials such as P20 steel, SS304, and 3845 HRC hardened steels.

It is widely used in die & mould manufacturing, precision engineering, electronics parts, and aerospace component machining, where fine detailing and high accuracy are essential.



Precision Micro Machining

The MIR2F 55 0.5xD4x1.0x50-Micro M2 end mill is specifically designed for applications demanding extreme precision, such as finishing and slotting small components. Its 0.5 mm diameter allows for detailed machining, making it an essential tool for professionals handling complex micro-engineering projects.


Robust Tungsten Carbide Construction

Fabricated from high-grade tungsten carbide, this tool provides exceptional wear resistance and a hardness rating of 55 HRC. These attributes ensure the end mill maintains its sharpness and structural integrity even during sustained and demanding milling tasks.


Reliable Supply in India

Suppliers and traders in India offer the MIR2F 55 0.5xD4x1.0x50-Micro M2, ensuring accessibility for manufacturing industries across the country. Reliable distribution channels mean prompt delivery and consistent product quality for your machining needs.

FAQ's of MIR2F 55 0.5xD4x1.0x50-Micro M2 55 HRC:


Q: How is the MIR2F 55 0.5xD4x1.0x50-Micro M2 end mill best utilized during finishing and slotting?

A: This micro end mill excels in high-precision finishing and slotting tasks, especially when intricate detailing and tight tolerances are required. Its tungsten carbide build and fine diameter allow users to achieve smooth surface finishes and accurately machine small slots in hard materials.

Q: What materials is this tool suitable for machining?

A: The tool's tungsten carbide composition and 55 HRC hardness make it suitable for milling a wide variety of materials including hardened steels, stainless steel, and other tough-to-machine alloys often used in micro-machining applications.

Q: When should I choose this 0.5 mm end mill over larger sizes?

A: Select this 0.5 mm tool when your project demands intricate detailing, precision micro-components, or narrow slotting. It is ideal for scenarios where standard cutters are either too large or lack the required dimensional control.

Q: Where can I source the MIR2F 55 0.5xD4x1.0x50-Micro M2 in India?

A: This micro end mill is available through authorized suppliers and traders across India. Many industrial tool distributors and online platforms sell this specific model, ensuring wide availability and prompt support.

Q: What is the manufacturing process used for producing this end mill?

A: The end mill is produced using advanced grinding and precision CNC machining technologies. Strict quality procedures are followed to ensure consistency, concentricity, and optimal edge sharpness in each tool.

Q: Can you explain the main benefits of choosing a tungsten carbide micro end mill like this one?

A: The primary advantages include exceptional durability, prolonged tool life, resistance to wear and chipping, and the ability to maintain precise cutting performance on tough materials. This results in reduced downtime and lower replacement costs.

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