2650 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED

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2650 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED Specification

Application
Precision Milling, Die & Mold, General Purpose Cutting

Tool Type
4 Flute Ballnose End Mill

Power Source
Manual Machine Drive

Cutting Speed
65-180 m/min (material dependent)

Noise Level
Standard milling noise levels

Spindle Speed
Up to 22,000 RPM (machine-dependent)

Product Type
End Mill

Material
Copper

Computerized
No

Automatic Grade
Manual

Drive Type
Manual

Weight (kg)
Varies by dimensions

Dimension (L*W*H)
Refer to specific sizing

Capacity
Depends on milling operation

Feature
TiCN Coated, High Hardness

Color
Copper TiCN finish

Minimum Order Quantity
1 piece

Hardness
55 HRC

Helix Angle
35° (typical)

Cutting Edge Type
Ballnose

Surface Finish
Smooth, High Wear Resistance

Estimated Tool Life
Extended due to TiCN coating

Suitable Materials
Copper, Alloy Steel, Tool Steel, Mold Steel, Cast Iron, Graphite

Pack Size
As per order specification

Shank Type
Straight

Coating Type
Titanium Carbonitride (TiCN)

Flute Number
4

About 2650 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED

Take advantage of our Clearance event with a significant Price Cut on the exquisite 2650 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED End Mill. This top-tier tool, designed for manual precision milling, boasts high hardness (55 HRC), smooth surface finish, and valuable extended tool life thanks to its advanced Titanium Carbonitride (TiCN) coating. Its 4-flute ballnose cutting edge ensures superior results, whether working with copper, alloy steel, tool steel, or graphite. Secure this valuable addition to your toolkit at an unbeatable Markdown - minimum order just one piece!

State-of-the-Art Features and Versatile Application

The 2650 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED end mill excels with its manual-driven, top-quality construction. With a robust 55 HRC hardness, high helix angle, TiCN coating, and smooth finish, it delivers performance and wear resistance. Ideal for milling copper, alloy and tool steels, mold steel, cast iron, and graphite, this tool is perfect for machine shops engaged in die & mold as well as general purpose cutting. Compatible with all standard manual milling machines.

Certifications, FOB Port & Sample Availability - Special Sale Offer

Benefit from a sale price and special offers on the 2650 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED, backed by standard manufacturing certifications ensuring quality and reliability. Products are dispatched efficiently from key Indian FOB ports, providing prompt delivery nationwide. For your convenience, samples are available upon request, allowing you to examine quality before larger orders. Don't miss this valuable chance to update your tooling with our exquisite clearance-priced end mills.

FAQ's of 2650 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED:

Q: How does the TiCN coating enhance the tool life of the 2650 4FLUTE BALLNOSE end mill?

A: The Titanium Carbonitride (TiCN) coating significantly increases the hardness and wear resistance of the end mill, leading to an extended tool life even when used on demanding materials such as steel or cast iron.

Q: What materials is this end mill suitable for?

A: This tool is suitable for milling copper, alloy steel, tool steel, mold steel, cast iron, and graphite, making it versatile for various precision cutting applications.

Q: When can I expect my order to be dispatched after purchase?

A: Orders are typically processed and dispatched quickly from major Indian FOB ports, ensuring that customers receive their products promptly, depending on order volume and specifications.

Q: Where can the 2650 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED be used?

A: This precision end mill is perfect for die & mold making, general purpose cutting, and CNC applications in machine shops or manufacturing facilities equipped with manual milling machines.

Q: What are the usage benefits of selecting a 4-flute ballnose end mill for milling operations?

A: A 4-flute ballnose design offers smoother surface finishes, more efficient material removal, and better contouring in 3D machining tasks, especially on complex mold and die surfaces.