4100 2FLUTE FLAT COPPER 55HRC TiCN COATED

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4100 2FLUTE FLAT COPPER 55HRC TiCN COATED Specification

Spindle Speed
Up to 24,000 RPM (Depending on machine)

Application
Machining copper electrodes, micro-machining, high-precision milling

Tool Type
2-Flute Flat End Mill

Cutting Speed
80-160 m/min (Recommended, material dependent)

Noise Level
Low

Product Type
End Mill Cutter

Material
Copper Alloy

Computerized
No

Automatic Grade
Manual

Drive Type
Mechanical

Weight (kg)
0.05

Dimension (L*W*H)
Custom/Varies (Diameter x Length)

Capacity
High Precision Micro-Machining

Feature
TiCN Coated, Flat End, 2 Flutes, 55HRC Hardness

Color
Copper with TiCN Coating

Number of Flutes
2

Shank Type
Straight Shank

Hardness
55 HRC

Manufacturing Process
CNC Ground

Suitable Material
Copper and other non-ferrous metals

Cutting Edge Geometry
Sharp point, flat end

Coolant Compatibility
Dry or with suitable cutting fluids

Surface Finish
Super Fine

Packaging Type
Plastic Box

Coating Type
Titanium Carbonitride (TiCN)

Precision Level
High

Usage
Electrode manufacturing, fine detail milling

About 4100 2FLUTE FLAT COPPER 55HRC TiCN COATED

Presenting the ace of precision cutting - the 4100 2FLUTE FLAT COPPER 55HRC TiCN COATED end mill, a hot-selling tool in full clearance for all your non-ferrous metal needs. Designed for breathtaking accuracy, this pivotal 2-flute flat end mill boasts a high 55 HRC hardness, superior super-fine surface finish, and robust Titanium Carbonitride (TiCN) coating. It's expertly CNC ground for high-precision micro-machining and electrode manufacturing. Backed by reliability as a distributor, manufacturer, supplier, and trader across India, this tool promises consistent, elite performance.

Efficient Direction of Use & Application Surfaces

The 4100 2FLUTE FLAT COPPER 55HRC TiCN COATED end mill is best directed perpendicularly onto copper or other non-ferrous metals for fine-detail milling. Its sharp, flat cutting edge is tailored for super-fine surface finishes-ideal for machining copper electrodes or executing detailed micro-machining. The tool is specifically used for high-precision applications where accuracy is paramount, ensuring clean, precise results on flat or slightly contoured surfaces.

Sample Availability, Quick Delivery & Export Markets

Select this tool with confidence: samples of the 4100 2FLUTE FLAT COPPER 55HRC TiCN COATED are available upon request. Fast drop-off and smooth transportation options ensure swift supply to your site. Swift delivery times and dedicated logistics make it accessible across domestic and main export markets, including Asia, Europe, and beyond. Rely on us for consistent, high-quality export supply and seamless transportation to your manufacturing location.

FAQ's of 4100 2FLUTE FLAT COPPER 55HRC TiCN COATED:

Q: How should the 4100 2FLUTE FLAT COPPER 55HRC TiCN COATED end mill be used for best results?

A: For optimal results, mount the tool in a straight shank holder, use it on copper or non-ferrous metals, and run at recommended speeds (up to 24,000 RPM) with or without cutting fluids.

Q: What types of materials is this end mill suitable for?

A: This end mill is specifically designed for copper and other non-ferrous metals, delivering high-precision finishes and reliable performance.

Q: When is it beneficial to use TiCN coated tools?

A: TiCN coated tools like this are pivotal when you require enhanced hardness, reduced wear, and improved tool life, especially in demanding high-precision and micro-machining applications.

Q: Where is this product manufactured and supplied?

A: The 4100 2FLUTE FLAT COPPER 55HRC TiCN COATED is manufactured and supplied in India, with distribution networks covering domestic and international markets.

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

A: Simply contact the supplier or distributor with your requirements. Sample provision is quick, and transportation/supply channels ensure rapid fulfillment for bulk orders.

Q: How does using this tool benefit machining operations?

A: Using this tool ensures breathtaking accuracy, minimal surface roughness, and reduced tool wear, making it pivotal for electrode manufacturing and intricate milling tasks.

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