2.5x50 2FLUTE BALLNOSE BLUE 65HRC NANO COATED

Name: 2.5x50 2FLUTE BALLNOSE BLUE 65HRC NANO COATED
Brand: MAK ENTERPRISE
Price: 507 INR
Availability: InStock

Price 507 INR/ Piece

Get a Price/Quote

MOQ : 10 Pieces

2.5x50 2FLUTE BALLNOSE BLUE 65HRC NANO COATED Specification

Cutting Capacity
Up to 65 HRC

Machine Type
CNC Milling Machine

Cutting Force
High

Cutting Accuracy
High Precision

Shape
Ball Nose

Material
Solid Carbide

Hardness
65 HRC

Coating Type
Nano Coated Blue

Operate Method
Rotary Cutter

Coating
Nano Blue

Features
Wear-resistant, Heat-resistant

Length
50 mm

Tool Type
Ballnose End Mill

Cutter Type
2 Flute

Cutting Speed
High

Operation Type
CNC/Manual

Drill Bits Types
End Mill

Diameter
2.5 mm

Processing Type
Finishing/Milling

Resistant to Fracture
Yes

Color
Blue-coated

Workpiece Compatibility
Steel, Alloy, Tool Steel

Heat Resistance
Enhanced

Shank Diameter
4 mm

Flute Quantity
2 Flutes

Surface Finish
Smooth Blue Nano

Application
Mold, Die-cutting

Precision Level
Micro machining

End Type
Ballnose tip

2.5x50 2FLUTE BALLNOSE BLUE 65HRC NANO COATED Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

About 2.5x50 2FLUTE BALLNOSE BLUE 65HRC NANO COATED

Experience the popular 2.5x50 2FLUTE BALLNOSE BLUE 65HRC NANO COATED end mill-where exquisite craftsmanship meets exceptional value. Designed for enviable performance in CNC and manual milling, this first-string solid carbide tool features a wear-resistant, nano blue-coated ballnose tip for superior heat resistance and fracture resilience. With two precise flutes and high cutting force, it excels in steel, alloy, and tool steel applications, ensuring high accuracy and a smooth surface finish. Get enhanced durability and micro-machining precision for mold, die-cutting, and finishing projects.

Area Of Application & Usage Directions

The 2.5x50 2FLUTE BALLNOSE BLUE 65HRC NANO COATED is ideal for mold making, die-cutting, and precision micro-machining tasks. Designed for use with CNC milling machines, it delivers optimal results on steel, alloy, and tool steel workpieces. Operate with rotary cutting, maintaining steady feed rates for exemplary smoothness. Its blue nano coating ensures it withstands high-heat and heavy loads, making it indispensable for complex contouring and finishing applications in professional manufacturing environments.

Payment, Packaging & Main Domestic Market

Order processing for the 2.5x50 2FLUTE BALLNOSE BLUE 65HRC NANO COATED is straightforward, with secure payment terms tailored to client needs. Packaging ensures protection during transit, maintaining the tool's enviable condition on arrival. Enjoy sale pricing for bulk orders and swift delivery within the main domestic mar of India. Our distribution covers key industrial hubs, enabling quick shipment and responsive after-sales support for traders, suppliers, and manufacturers across the region.

FAQ's of 2.5x50 2FLUTE BALLNOSE BLUE 65HRC NANO COATED:

Q: How should I use the 2.5x50 2FLUTE BALLNOSE BLUE 65HRC NANO COATED end mill for optimal results?

A: For best performance, install the tool on a CNC milling machine, ensure proper clamping, and use steady rotary cutting at recommended speeds for steel, alloy, or tool steel workpieces.

Q: What materials is this ballnose end mill compatible with?

A: This end mill is suitable for machining steel, alloy, and tool steel, excelling in finishing and micro-machining tasks with high precision.

Q: When is the 2FLUTE BALLNOSE BLUE best suited in the machining process?

A: This tool is ideal during precision finishing, mold making, or die-cutting, especially when high accuracy and smooth surface finishes are required.

Q: Where is the main domestic market for this product?

A: Our primary domestic market is India, with swift distribution to all major industrial regions and key manufacturing hubs.

Q: What are the key benefits of the enhanced nano blue coating?

A: The nano blue coating provides superior wear and heat resistance, extending tool life and maintaining cutting performance under demanding operations.