CEM 6.0x24xD6x75-4F (45 hrc)
CEM 6.0x24xD6x75-4F (45 hrc)
CEM 6.0x24xD6x75-4F (45 hrc)
CEM 6.0x24xD6x75-4F (45 hrc)
CEM 6.0x24xD6x75-4F (45 hrc)
CEM 6.0x24xD6x75-4F (45 hrc)
CEM 6.0x24xD6x75-4F (45 hrc)
CEM 6.0x24xD6x75-4F (45 hrc)
CEM 6.0x24xD6x75-4F (45 hrc)
CEM 6.0x24xD6x75-4F (45 hrc)
CEM 6.0x24xD6x75-4F (45 hrc)
CEM 6.0x24xD6x75-4F (45 hrc)

CEM 6.0x24xD6x75-4F (45 hrc)

Price 1045.0 INR/ Number

MOQ : 1 Number

CEM 6.0x24xD6x75-4F (45 hrc) Specification

  • Tool Type
  • Solid Carbide End Mill
  • Coating
  • TiN Coated
  • Operate Method
  • Automatic or Manual Feed
  • Cutter Type
  • Flat End (4 Flutes)
  • Machine Type
  • CNC and Conventional Milling Machines
  • Material
  • Micrograin Solid Carbide
  • Features
  • High Wear Resistance, Long Service Life
  • Cutting Speed
  • Recommended 150 - 200 m/min depending on workpiece
  • Hardness
  • 45 HRC Rated
  • Cutting Accuracy
  • High Precision
  • Drill Bits Types
  • End Mill Cutter
  • Cutting Capacity
  • Medium to Hard Steels
  • Cutting Force
  • Suitable for materials up to 45 HRC
  • Length
  • 75 Millimeter (mm)
  • Operation Type
  • Slotting, Side Milling, Surface Milling
  • Coating Type
  • Titanium Nitride (TiN)
  • Shape
  • Cylindrical
  • Diameter
  • 6 Millimeter (mm)
  • Maximum Torque
  • Depends on machine capability
  • Processing Type
  • Precision Milling
  • Surface Finish Quality
  • Fine surface finish capability
  • Tolerance
  • H7 standard
  • Application
  • Ideal for finishing and semi-finishing
  • Number of Flutes
  • 4
  • Blade Size
  • 24 mm Flute Length
  • Helix Angle
  • 35 (typical for general purpose end mills)
  • Shank Diameter
  • 6 mm
  • Usage
  • Suitable for steels, cast iron, alloy steels, and other ferrous materials
 

CEM 6.0x24xD6x75-4F (45 hrc) Trade Information

  • Minimum Order Quantity
  • 1 Number
  • Delivery Time
  • 2 Days
 

About CEM 6.0x24xD6x75-4F (45 hrc)

CEM 6.0x24xD6x75-4F is a high-performance 4 flute solid carbide end mill designed for precision CNC milling and high-efficiency material removal. Manufactured using premium carbide rod, this cutter delivers excellent rigidity, sharp cutting edges, and long tool life in demanding machining environments. The 4-flute geometry provides improved surface finish, better chip control, and stable cutting performance, making it suitable for industries such as auto components, aerospace parts, railway machining, and die & mould manufacturing.

These carbide end mill tools are ideal for machining materials like P20 steel, SS304, EN8, EN19, and medium hardness steels depending on coating and grade selection. As part of advanced high performance end mills and industrial cutting tools suppliers range, this tool ensures consistent accuracy and durability in CNC milling operations.

SUKHMANI TOTAL SOLUTIONS is a reliable CNC tools supplier in India and carbide tool dealer in Faridabad, offering precision carbide tools for die & mould machining, aerospace components, and automotive industries with strong focus on quality, durability, and machining efficiency.



Engineered for Precision and Longevity

The CEM 6.0x24xD6x75-4F is built from micrograin solid carbide and designed for superior wear resistance. Its TiN coating and optimized helix angle allow for precision cuts and an extended operational lifespan, making it a dependable choice for high-accuracy milling requirements.


Versatile Applications Across Materials

Suitable for a wide selection of ferrous materials including steels, cast iron, and alloy steels, this end mill cutter supports precision machining tasks like slotting, side milling, and surface milling. Its robust build and tolerance make it ideal for manufacturing environments demanding consistent, high-quality finishes.


Reliable Performance on Modern Machinery

Designed for use with both CNC and traditional milling machines, the tool accommodates automatic and manual feeds, offering flexibility in various production settings. With a recommended cutting speed of 150-200 m/min, machinists can achieve optimum performance and fine surface finishes efficiently.

FAQ's of CEM 6.0x24xD6x75-4F (45 hrc):


Q: How should the CEM 6.0x24xD6x75-4F end mill be used for optimal results?

A: For the best results, use this tool at recommended cutting speeds between 150 and 200 m/min, ensuring the feed rate is suitable for the workpiece material and machine capacity. It is effective for finishing and semi-finishing operations on steels and cast irons up to 45 HRC. Employ coolant as needed to maintain longevity and surface quality.

Q: What types of materials can this end mill cutter process efficiently?

A: The CEM 6.0x24xD6x75-4F is designed to handle a wide range of ferrous materials, including medium to hard steels, alloy steels, and cast iron. Its micrograin solid carbide construction and TiN coating provide the necessary durability and sharpness for processing materials with hardness up to 45 HRC.

Q: When is it beneficial to use a four-flute flat end mill with a 35 helix angle?

A: A four-flute flat end mill with a 35 helix angle is particularly advantageous for finishing and semi-finishing tasks that demand fine surface finishes and higher productivity. The increased number of flutes allows for smoother cutting and improved chip evacuation, making it well-suited for precision milling applications.

Q: Where can this end mill be applied in a typical machining setup?

A: This end mill is ideal for use on both CNC and conventional milling machines in manufacturing settings that require precision slotting, side milling, or surface milling operations. Its versatility makes it a reliable choice for tool rooms, production workshops, and anywhere high-accuracy cutting is required.

Q: What is the process for maintaining high cutting accuracy with this end mill?

A: To maintain high precision, ensure the tool is installed with minimum runout, adhered to the specified tolerance (H7), and cutting parameters aligned with the manufacturer's recommendations. Regular inspection of the cutting edges and prompt replacement or re-sharpening help uphold consistent results and tool performance.

Q: How does the TiN coating benefit machining operations?

A: The Titanium Nitride (TiN) coating enhances the tool's wear resistance, reduces friction, and increases its service life, especially when machining harder steels. It also aids in achieving smoother finishes and allows for prolonged use between tool changes, increasing overall productivity.

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