18100 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED

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18100 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED Specification

Tool Type
Ball Nose End Mill

Cutting Speed
Recommended 60-120 m/min (varies by material)

Noise Level
Standard (Depends on machine setup)

Power Source
Machined Tool (No Power)

Spindle Speed
Up to 18,000 RPM

Application
Milling, Contouring, Slotting, 3D Machining

Product Type
4 Flute Ballnose End Mill

Material
Copper Alloy

Computerized
No

Automatic Grade
Manual

Weight (kg)
0.035 kg (varies with size)

Dimension (L*W*H)
Standard: 10mm (D) x 75mm (L)

Capacity
Precision cutting operations

Feature
TiCN Coated, High Hardness, Long Tool Life

Color
Copper (Bronze) with TiCN Coating

Suitable Machine
CNC Milling Machine, Conventional Milling Machine

Flutes
4 Flutes

Surface Finish
High Precision

Suitable Materials
Steel, Alloy Steel, Cast Iron, Non-ferrous Metals

Hardness
Up to 55 HRC

Heat Resistance
Excellent

Minimum Order Quantity
Dependent on supplier

Shank Diameter
10mm (varies by SKU)

Wear Resistance
High

Cutting Edge Type
Ball Nose

Tool Lifetime
Enhanced by TiCN coating

Coating Type
Titanium Carbonitride (TiCN)

About 18100 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED

Discover the 18100 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED End Mill-your premier solution for precision milling at an unbeatable price! With a lustrous TiCN coating and matchless wear resistance, this special tool excels in high-hardness operations up to 55 HRC. The ball nose design ensures superior contouring and 3D machining, while the copper alloy construction adds durability. Apply confidently on steel, cast iron, and non-ferrous metals. Promotion available for bulk orders. Experience longer tool life and high precision with this advanced cutting solution, perfect for CNC and conventional milling machines.

Versatile Application and Industry Usage

The 18100 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED end mill is widely used by machinists, fabricators, and manufacturers for applications like milling, contouring, slotting, and 3D machining. Its matchless performance makes it suited for steel, alloy steel, cast iron, and non-ferrous metals, ensuring a high-quality surface finish in various manufacturing and engineering industries across India and beyond.

Payment Terms, Shipment, and Export Details

Flexible payment terms are available, depending on your supplier or distributor. With a strong supply ability, this matchless tool can be shipped to main export markets across Asia, the Middle East, and beyond. The asking price is competitive, and freight charges are determined based on order volume and location. Prompt shipment arrangements ensure on-time delivery, making it convenient for traders, manufacturers, and suppliers.

FAQ's of 18100 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED:

Q: How does the TiCN coating benefit the 18100 4FLUTE BALLNOSE COPPER tool?

A: The Titanium Carbonitride (TiCN) coating enhances hardness, provides excellent heat resistance, and significantly increases the tool's wear resistance, resulting in a much longer tool life and high-quality surface finishes.

Q: What are the recommended materials for using this ball nose end mill?

A: It is specifically designed for precision machining on steel, alloy steel, cast iron, and non-ferrous metals, offering lustrous results and reduced tool wear during operation.

Q: Where can I use the 18100 4FLUTE BALLNOSE COPPER end mill effectively?

A: This tool is ideal for CNC and conventional milling machines, making it suitable for machining centers, automotive workshops, mold making, and general engineering applications.

Q: What is the process for ordering and shipment?

A: Orders can be placed through authorized distributors or suppliers. Once confirmed, shipment is arranged promptly according to your location and order size, with freight terms communicated clearly.

Q: When should I choose a ball nose end mill over other tool types?

A: A ball nose end mill is preferred when contouring, profiling, and 3D machining are required, as its round tip enables smooth transitions and complex geometries.

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