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NANOLOY CARBIDE ENDMILLS

Name: NANOLOY CARBIDE ENDMILLS
Brand: VM TOOLS CO.
Price: 950.0 INR
Availability: InStock

Price 950.0 INR/ Piece

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MOQ : 1 Piece

NANOLOY CARBIDE ENDMILLS Specification

Cutting Speed
Recommended 100 - 250 m/min (varies by material)

Shape
Cylindrical with Multiple Flutes

Machine Type
CNC Milling Machine, Vertical Machining Center

Cutting Capacity
Suitable for high-speed cutting of hard metals

Coating
Nanoloy Nano-coating

Cutting Force
High (for hardened materials)

Cutting Accuracy
High precision 0.01mm

Material
Solid Tungsten Carbide

Drill Bits Types
End Mill Bits

Tool Type
Carbide End Mill

Operation Type
Slotting, contour milling, plunge cutting, pocketing

Cutter Type
Solid Carbide Endmill

Features
High wear resistance, ultra-fine grain, nano-coating, optimum chip evacuation

Operate Method
Automatic with CNC Controller

Hardness
Up to 92 HRC

Coating Type
Nanoloy Coating

Length
50mm to 150mm

Diameter
1mm to 20mm (various sizes available)

Processing Type
Precision CNC Milling

Packaging Type
Individual Plastic Box

Surface Finish
Ra < 0.2m

Helix Angle
35-45 (depending on model)

Shank Type
Straight Shank

Tolerance
h6 (shank diameter)

Compatibility
Applicable for steel, stainless steel, cast iron, titanium, and nickel alloys

Application
Mold & Die Manufacturing, Aerospace, Automotive, General Engineering

Number of Flutes
2, 4, 6 (as per application)

NANOLOY CARBIDE ENDMILLS Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
5-7 Days

About NANOLOY CARBIDE ENDMILLS

"Nanoloy" is a brand of cutting tools, including end mills, developed by the Korean company Nanotech Co., Ltd., using a proprietary nano ultrafine powder technology. Nanoloy end mills are specifically designed for machining difficult-to-cut materials like hardened steel, stainless steel, and aerospace-grade alloys. They are known for providing excellent tool life, wear resistance, and high-precision machining results. Nanoloy end mill productsN-SH series for hardened materials

Application: Machining hardened materials with a hardness of HRC45 to HRC65.
Ideal for: Workpieces in the automotive and mold industries.
Key features:
- An optimized edge design and coating for improved chipping resistance in hardened materials.
- Offers reduced cutting force during high-speed machining.
- Delivers high-precision machining with superior surface quality.

N-SM series for stainless steel

Application: Machining stainless steel, titanium, and other difficult-to-cut materials.
Key features:
- Crafted from specialized NANO powder, coating, and geometry for stainless steel machining.
- Exhibits excellent performance on material groups M (stainless steel) and S (superalloys).
- The unique nano-powder, special geometry, and coating provide exceptional cutting performance.

Indexable end mills

Application: Machining hardened mold steels, for instance, the N-IB/IR series.
Key features:
- Designed for durability and efficiency when machining tough materials.
- Comes with indexable inserts, allowing for easy replacement of cutting edges.

Comprehensive Range for Precision Applications

NANOLOY Carbide Endmills are available in a broad diameter range of 1mm to 20mm and lengths from 50mm up to 150mm, catering to intricate mold & die components, aerospace structural elements, and complex automotive parts. The precise cylindrical shape and multiple flute options enable versatility in slotting, contour milling, plunge cutting, and pocketing tasks.

Advanced Materials and Surface Technology

Manufactured from ultra-fine solid tungsten carbide and finished with a specialized Nanoloy nano-coating, the endmills provide superior hardness and wear resistance. The resulting smooth surface finish and optimal chip evacuation translate to enhanced productivity, minimized tool replacement downtime, and consistent high-quality machining outcomes.

Reliable Performance Across Hard Materials

With a cutting speed recommendation of 100-250 m/min and cutting force tailored for hardened materials, NANOLOY Carbide Endmills are compatible with steel, stainless steel, cast iron, titanium, and nickel alloys. Their high precision (0.01mm accuracy) and straight shank design allow stable operation in both CNC milling machines and vertical machining centers.

FAQ's of NANOLOY CARBIDE ENDMILLS:

Q: How are NANOLOY Carbide Endmills used in mold & die manufacturing and aerospace engineering?

A: NANOLOY Carbide Endmills are utilized for slotting, contour milling, pocketing, and plunge cutting, providing precision in shaping and finishing metal molds, dies, and aerospace components. Their compatibility with a range of metals and robust design ensures reliable performance in demanding applications.

Q: What materials can be efficiently machined with NANOLOY Carbide Endmills?

A: These endmills are engineered for use on steel, stainless steel, cast iron, titanium, and nickel alloys. Their high hardness, nano-coating, and optimal flute design allow efficient machining of both standard and hardened metals.

Q: When should I choose 2, 4, or 6 flute options for my milling tasks?

A: The number of flutes depends on your application: 2 flutes are ideal for efficient chip removal in softer or non-ferrous materials, 4 flutes offer a balance for general purposes, while 6 flutes provide finer finishes and greater rigidity for hard metals and precision work.

Q: Where can I use NANOLOY Carbide Endmills, and with which machines are they compatible?

A: They are designed for use in CNC milling machines and vertical machining centers, making them suitable for industrial environments focused on high-speed, high-precision machining.

Q: What is the benefit of the Nanoloy nano-coating on these endmills?

A: The advanced Nanoloy nano-coating significantly increases wear resistance, promotes optimum chip evacuation, and allows for higher cutting speeds, resulting in prolonged tool life and consistent surface quality even under high-load conditions.

Q: How do I ensure accurate and stable operation while using NANOLOY Carbide Endmills?

A: Ensure correct tool selection based on material and application, maintain the recommended cutting speeds (100-250 m/min), and use CNC controllers for automatic, precise movements. Always secure the straight shank tightly in the appropriate collet or chuck.

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