675 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED

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675 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED Specification

Cutting Speed
60-200 m/min, depending on material

Tool Type
4 Flute Ballnose Endmill

Noise Level
Low

Application
High Precision Milling, Mould Making, Steel, Cast Iron, Aluminium, Graphite

Spindle Speed
800020000 RPM (Recommended)

Power Source
Manual/Machine Spindle

Product Type
End Mill Cutter

Material
Copper

Computerized
No

Automatic Grade
Manual

Drive Type
Hand Driven

Weight (kg)
0.05 kg

Dimension (L*W*H)
Varies by size (e.g. Length: 50-150mm)

Capacity
Suitable for hard materials up to 55 HRC

Feature
TiCN Coated, High Wear Resistance, 4 Flute Ballnose Design

Color
Copper with TiCN Coating (Blueish hue)

Temperature Resistance
Up to 400°C

Coating Type
Titanium Carbo-Nitride (TiCN)

Suitable Materials
Steel, Alloy Steel, Tool Steel, Cast Iron, Aluminium, Graphite

Tolerance
High Precision ±0.01mm

Number of Flutes
4

Life Span
Long Tool Life for Continuous Cutting

Packaging
Single piece in a plastic tube

Hardness
Up to 55 HRC

End Type
Ballnose

Usage
CNC and Conventional Milling Machines

Shank Diameter
3mm, 4mm, 6mm, 8mm, 10mm, 12mm (varies by model)

Surface Finish
Polished, Smooth Finish

Helix Angle
35°

About 675 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED

Experience a peerless blend of performance and value with the 675 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED Endmill. Now on Clearance with a substantial Price Cut, this tool offers competitive pricing without compromising on quality. Its towering 4-flute design, radiant TiCN coating, and high-precision tolerance deliver constant, smooth milling for steel, aluminium, cast iron, and graphite. With hardness up to 55 HRC, exceptional heat resistance (up to 400C), and a polished, long-lasting finish, it is ideal for both CNC and manual applications. Supplied in protective packaging for immediate use.

Peerless Precision & Competitive Advantages

The 675 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED stands out with its towering TiCN coating and high-precision 0.01mm tolerance. Crafted for durability and wear resistance, this tool ensures radiant, smooth finishes and extended tool life, even on hard materials up to 55 HRC. Suited to competitive manufacturing, it provides optimal results for mould making, high-precision milling, and complex profiles in steel, aluminium, cast iron, and graphite.

Domestic & International Market Coverage and Sample Policy

Actively serving both the Indian domestic market and international export clients, we issue detailed quotations upon request. Product samples can be provided as per our sample policy, and swift exchanges are initiated to guarantee customer satisfaction. Once orders are confirmed and payment processed, tools are carefully handed over for prompt dispatch, ensuring reliable communication and transparent delivery status tracking.

FAQ's of 675 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED:

Q: How does the TiCN coating enhance the tool's lifespan and performance?

A: The Titanium Carbo-Nitride (TiCN) coating significantly improves wear resistance, heat tolerance up to 400C, and overall durability, resulting in a longer tool life and superior cutting consistency even under continuous machining conditions.

Q: What materials can the 675 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED endmill be used with?

A: This endmill is suitable for processing steel, alloy steel, tool steel, cast iron, aluminium, and graphite, thanks to its robust design and advanced coating.

Q: Where is the 675 4FLUTE BALLNOSE primarily supplied and exported?

A: We supply the tool throughout India and also export to international markets, catering to manufacturers, distributors, suppliers, and traders worldwide.

Q: What is the process for obtaining a quotation or sample?

A: Request a quotation by contacting our sales team with your specifications. Samples can be provided according to our sample policy, ensuring you evaluate tool performance before placing bulk orders.

Q: What are the main application areas for this endmill tool?

A: It excels in high-precision CNC and conventional milling, mould making, and machining a diverse range of hard materials common in industrial and engineering sectors.