1.550 2FLUTE BALLNOSE COPPER 55HRC TiCN COATED

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1.550 2FLUTE BALLNOSE COPPER 55HRC TiCN COATED Specification

Cutting Speed
Up to 150 m/min

Spindle Speed
Up to 20,000 RPM

Tool Type
2 Flute Ballnose End Mill

Noise Level
Dependent on machine, low for tool

Power Source
Manual, used in powered CNC machines

Application
CNC Milling, Die and Mold, Graphite Machining

Product Type
End Mill Cutter

Material
Copper Alloy

Computerized
No

Automatic Grade
Manual

Control System
Hand Operated

Drive Type
Mechanical

Weight (kg)
Approx. 0.02 kg

Dimension (L*W*H)
Overall Length: 50 mm, Diameter: 1.550 mm

Capacity
Suitable for finishing and semi-finishing operations

Feature
High hardness, Wear resistance, High precision, TiCN Coated

Color
Copper

Recommended Workpiece Material
Copper, Graphite, Alloy Steels, Mould Steel, Tool Steel

Number of Flutes
2 Flutes

Helix Angle
30°

Coating
TiCN (Titanium Carbonitride)

ISO Standard
DIN Standards Compliance

Hardness
55 HRC

Shank Diameter
4 mm

Flute Length
12 mm

Usage
Industrial Machining, Tool Rooms, Mould Manufacturing

Tolerance
High precision tolerance

End Type
Ball Nose

Surface Finish
Polished

About 1.550 2FLUTE BALLNOSE COPPER 55HRC TiCN COATED

The acclaimed 1.550 2FLUTE BALLNOSE COPPER 55HRC TiCN COATED end mill is a trending choice among machining virtuosos for its rare blend of ravishing performance and reliability. Featuring TiCN coating and a crowning 55HRC hardness, this tool excels in high-precision work across copper, graphite, and alloyed steels. Its polished finish and high tolerance, combined with a 30 helix angle, deliver outstanding wear resistance and longevity. Compatible with DIN standards, this manual, hand-operated tool meets diverse industrial machining and mould manufacturing needs with finesse.

Versatile Application & Distinct Advantages

The 1.550 2FLUTE BALLNOSE COPPER 55HRC TiCN COATED end mill stands out for its application in CNC milling, die and mold creation, and graphite machining. This rare tool is especially beneficial for finishing and semi-finishing operations in tool rooms and mould manufacturing. High hardness, superior wear resistance, and exceptional surface finish ensure a crowning effect on workpieces, guaranteeing precision and efficiency in every specialised job.

Supply Capability, Certifications & Payment Terms

Distributors, manufacturers, and suppliers in India can rely on steady goods transport and timely delivery for this tool, which is recognized in the export market for its acclaimed quality standards, including DIN compliance. Certifications guarantee authenticity, and flexible expenditure options are available, such as direct bank transfers and secure transactions. Bulk orders are managed efficiently to ensure top-tier availability and easy procurement.

FAQ's of 1.550 2FLUTE BALLNOSE COPPER 55HRC TiCN COATED:

Q: How is the 1.550 2FLUTE BALLNOSE COPPER 55HRC TiCN COATED typically used in industrial applications?

A: This end mill is primarily utilized for precision CNC milling, die and mold making, and graphite machining due to its robust wear resistance and high hardness. It is especially effective in finishing and semi-finishing operations.

Q: What makes TiCN coating beneficial for this tool?

A: The TiCN (Titanium Carbonitride) coating offers enhanced wear resistance, reduced friction, and prolonged tool life, making it ideal for high-speed, high-precision machining on materials like copper, graphite, and steels.

Q: Where can this end mill be sourced from within India?

A: The 1.550 2FLUTE BALLNOSE COPPER 55HRC TiCN COATED tool is available through authorized distributors, manufacturers, suppliers, and traders specializing in CNC machining tools across India.

Q: What is the process for ordering and payment?

A: Orders can be placed directly with certified suppliers. Payment terms are designed to be flexible and secure, typically including options such as bank transfer and negotiated settlements for bulk purchases.

Q: What are the specific benefits of using a ball nose end mill with a 30 helix angle?

A: A 30 helix angle offers smoother cutting action, improved chip evacuation, and superior surface finish on complex profiles, which is particularly advantageous in die and mold work.

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