MIR2F-55 0.3xD4x0.6x50-2f Micro 55hrc

Name: MIR2F-55 0.3xD4x0.6x50-2f Micro 55hrc
Brand: SUKHMANI TOTAL SOLUTIONS
Price: 1480.0 INR
Availability: InStock

Price 1480.0 INR/ Number

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MOQ : 1 Number

MIR2F-55 0.3xD4x0.6x50-2f Micro 55hrc Specification

Coating
TiSiN

Machine Type
vmc

Operation Type
Finishing

Material
Tungsten Carbide

Hardness
55hrc

Tool Type
MICRO END MILL

Length
50 Millimeter (mm)

Diameter
0.3 Millimeter (mm)

MIR2F-55 0.3xD4x0.6x50-2f Micro 55hrc Trade Information

Minimum Order Quantity
1 Number

Delivery Time
1 Week

About MIR2F-55 0.3xD4x0.6x50-2f Micro 55hrc

MIR2F-55 0.3xD4x0.6x50-2F Micro End Mill is a precision solid carbide CNC cutting tool designed for micro milling and fine finishing applications in materials up to 55 HRC hardness. Manufactured from high-quality sub-micron carbide rod with advanced coating, this tool offers excellent wear resistance, high heat stability, and consistent cutting performance during high-speed machining operations.

With a 0.3 mm cutting diameter, 0.6 mm cutting length, and 2-flute geometry, the tool is ideal for micro slotting, engraving, profiling, and detailed contour milling. The 2-flute design ensures efficient chip evacuation and stable cutting, making it suitable for precision machining in P20 steel, SS304, and 3845 HRC hardened materials.

The 4 mm shank diameter and 50 mm overall length provide better rigidity and reduced vibration during machining. This micro end mill is widely used in die & mould manufacturing, electronics components, aerospace parts, and precision engineering applications, where high accuracy and superior surface finish are required.

Precision in Micro-Machining

This micro end mill is specifically designed to deliver precision during intricate finishing operations. With a remarkably small 0.3 mm diameter, it enables manufacturers to machine extremely fine details with consistent accuracy. This makes the tool suitable for industries that require miniature components, such as electronics and medical device manufacturing.

Advanced Materials and Coating

The use of tungsten carbide ensures exceptional strength and rigidity, reducing vibrations and promoting stability during high-speed machining. The TiSiN coating significantly improves the tool's resistance to heat and wear, making it suitable for continuous operation and enhancing overall productivity in modern VMCs.

FAQ's of MIR2F-55 0.3xD4x0.6x50-2f Micro 55hrc:

Q: How does the TiSiN coating benefit the MIR2F-55 micro end mill during finishing operations?

A: The TiSiN coating on the MIR2F-55 micro end mill increases its resistance to heat and abrasion. This helps maintain sharp cutting edges, reduces the frequency of tool changes, and allows for higher machining speeds, ultimately enhancing efficiency during precision finishing tasks.

Q: What are the ideal applications for the 0.3 mm diameter micro end mill?

A: This micro end mill is perfect for micro-milling applications where fine detailing is crucial, such as in electronics, mold making, and medical component manufacturing. Its size and precision enable users to achieve intricate cuts and smooth finishes on small and delicate parts.

Q: When should I choose a 55hrc hardness end mill?

A: A 55hrc hardness end mill should be selected when you require a balance between toughness and wear resistance. The MIR2F-55 is optimal for machining harder materials without compromising tool longevity or performance.

Q: Where can the MIR2F-55 micro end mill be used?

A: This end mill is designed for vertical machining centers (VMCs) and is widely utilized by suppliers and traders throughout India. It is suitable for any facility that performs high-precision finishing processes requiring micro-diameter tooling.

Q: What is the recommended process for using this micro end mill?

A: For best results, operate the MIR2F-55 at recommended speeds and feeds suitable for tungsten carbide tools with TiSiN coating. Proper workpiece clamping, using appropriate coolants, and minimizing vibrations are key to achieving high-quality surface finishes and extended tool life.

Q: How does the tool's construction materials contribute to its performance?

A: The combination of tungsten carbide and TiSiN coating ensures high rigidity, thermal stability, and wear resistance. This superior construction allows the tool to produce precise and consistent finishes, particularly in demanding micro-machining scenarios.

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