250 4FLUTE BALLNOSE COPPER 55HRC TiCN End Mill

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Specification

स्पिंडल स्पीड
Recommended 8000-18000 RPM

टूल टाइप
4 Flute Ballnose End Mill

एप्लीकेशन
CNC Machining, Metalworking, Mold Processing, Die Making, Graphite/Aluminum/Copper/Steel cutting

शोर का स्तर
Low

पावर सोर्स
Machine Driven (CNC/Manual)

कटिंग स्पीड
80-180 m/min (depending on material)

प्रॉडक्ट टाइप
End Mill Cutter

मटेरियल
Copper Alloy

कम्प्यूटरीकृत

स्वचालित ग्रेड

ड्राइव टाइप

वजन (किग्रा)
0.12 kg (approx.)

आयाम (एल* डब्ल्यू* एच)
Overall Length: 75 mm; Cutting Diameter: 2.5 mm

क्षमता
Suitable for precise milling, engraving, and 3D contouring

फ़ीचर

रंग

Core Hardness
55 HRC

Suitable Materials
Copper, Aluminum, Alloys, Graphite, Cast Iron, Tool Steel

ISO Standard
Yes

Heat Resistance
Excellent

Surface Finish
Smooth, High-Gloss (Coated)

Shank Diameter
4 mm

Edge Type
Radius/Ballnose

Packaging Type
Plastic Tube

Flute Length
12 mm

Number of Flutes
4

Wear Resistance
High

Coating Type
TiCN (Titanium Carbonitride)

About

Discover unassailable performance with the 250 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED End Mill. Engineered for optimum machining, it boasts a valorous core hardness of 55 HRC and an ephemeral smooth, high-gloss finish. The advanced TiCN coating ensures exceptional heat and wear resistance, making it valorous for metalworking and mold processing. Marked for precision, the ballnose design delivers unerring contouring in copper, aluminum, graphite, alloys, and steel. Available at the best price for distributors, manufacturers, traders, and suppliers in India, this tool represents a markdown on conventional solutions.

Efficient Usage for Precision Applications

The 250 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED end mill is chiefly used for accurate milling, engraving, and 3D contouring in CNC machining. Suitable for both manual and machine-driven operations, its advanced TiCN coating guarantees optimum results across copper, aluminum, graphite, and steel. To use, install the end mill into your CNC spindle or manual mill, set recommended speeds, and execute precise paths for mold, die, or part fabrication.

Streamlined Supply and Certified Export Quality

Our goods transport logistics facilitate seamless dispatching from certified FOB ports in India with unassailable supply ability. The product meets ISO standards, making it ideal for domestic and export markets. As a trusted distributor, manufacturer, and supplier, we ensure efficient process handling and reliable packaging in plastic tubes, promising security and speed to your location. We accommodate both bulk and customized orders to match diverse project needs.

FAQ's of 250 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED:

Q: How does the TiCN coating benefit the performance of the ballnose end mill?

A: The TiCN (Titanium Carbonitride) coating provides high heat and wear resistance, resulting in prolonged tool life and smoother cuts in tough materials like copper, aluminum, and steel.

Q: What materials can be processed with the 4FLUTE BALLNOSE COPPER 55HRC TiCN COATED end mill?

A: This end mill is suitable for machining copper, aluminum, alloys, graphite, cast iron, and tool steel, offering versatile usage across various industries.

Q: Where is the FOB port for dispatching these tools?

A: Goods are dispatched from certified FOB ports in India to facilitate efficient exports and domestic deliveries, ensuring timely arrival and secure transport.

Q: What is the recommended spindle speed range for optimum results?

A: For best performance, operate the cutter at spindle speeds between 8,000 to 18,000 RPM, adjusting within this range according to the type of material being processed.

Q: How should the end mill be installed and used in CNC machines?

A: Insert the end mill into the CNC or manual spindle, set the recommended speeds, and follow specified process paths for precise milling, engraving, or contouring tasks.

Q: When should you opt for this tool over conventional end mills?

A: Choose this ballnose end mill when you require intricate 3D contouring, smooth surface finishes, and increased durability, especially in demanding mold and die making applications.

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