Product Details
Place of Origin: Changzhou,Jiangsu,China
Brand Name: Supal
Model Number: Square
Payment & Shipping Terms
Minimum Order Quantity: 5pcs
Price: To be negotiated
Packaging Details: One plastic pipe pack one piece, 10 pieces per group
Delivery Time: 7-15days according to QTY
Payment Terms: T/T
Supply Ability: 1000000000000PCS
End Type: |
Square End |
Corner Radius: |
0.005 In |
Number Of Flutes: |
4 |
Overall Length: |
4 In |
Cutting Diameter: |
1/2 In |
Shank Diameter: |
1/2 In |
Flute Length: |
2-3/4 In |
Helix Angle: |
30 Degrees |
End Type: |
Square End |
Corner Radius: |
0.005 In |
Number Of Flutes: |
4 |
Overall Length: |
4 In |
Cutting Diameter: |
1/2 In |
Shank Diameter: |
1/2 In |
Flute Length: |
2-3/4 In |
Helix Angle: |
30 Degrees |
Introducing our durable and efficient milling cutters, designed for superior performance in precision machining and material removal. Crafted with the highest standards of precision engineering, our cutters feature advanced cutting geometries and top-notch materials to provide you with outstanding results in a variety of milling applications. Our collection includes end mills, ball nose cutters, indexable, and solid carbide options.
Achieve maximum performance with milling cutters designed to provide clean and accurate cuts with minimal chatter. You can expect rigidity and heat resistance for high-speed machining and consistent results even in demanding applications. We use only the finest materials, such as carbide and high-speed steel, for extended durability and tool life, saving you time and money in replacement costs.
Our milling cutters are sure to meet the needs of professionals, hobbyists, and manufacturing facilities. We prioritize precision and quality in our manufacturing process so you can trust our cutters to offer reliable performance and versatility for the long haul. Browse our selection and discover the perfect tool for your machining needs.
Superior Hardness: Carbide end mills are renowned for their extraordinary hardness, making them highly resistant to wear and ensuring extended tool life. This strength allows them to sustain heavy cutting forces and retain their cutting performance even in challenging machining applications.
Precision Cutting: Crafted with sharp cutting edges and precise geometries, carbide end mills are equipped to deliver high-precision cuts with an excellent surface finish. They are capable of manufacturing intricate shapes, fine details, and smooth profiles, making them suitable for applications that demand tight tolerances.
Versatility: Carbide end mills are available in a vast range of configurations to meet different milling operations. From square end mills and ball nose end mills to corner radius and roughing end mills, there is a carbide solution for every milling requirement. This versatility permits users to manage a variety of materials and machining tasks easily.
Heat Resistance: Carbide end mills flaunt remarkable heat resistance, enabling high-speed machining without the compromise of tool performance. These heat resistance properties help to reduce thermal deformation and guarantee reliable cutting performance, particularly in applications that involve high temperatures.
Enhanced Productivity: Thanks to their hardness and life expectancy, carbide end mills need fewer tool changes compared to other cutting implements. This results in improved productivity, curbed downtime, and augmented overall efficiency in machining tasks.
Material Compatibility: Carbide end mills can handle a wide range of materials, including steels, stainless steels, cast iron, aluminum, and different alloys. They are specifically engineered to cope with diverse materials, resulting in amplified cutting speeds, improved chip evacuation, and overall superior machining performance.
Cost-effectiveness: Even though carbide end mills may have a higher primary cost compared to other tool materials, their extended tool life and stellar performance make them an economical choice in the long run. The robustness and efficacy of carbide end mills contribute to lower tooling costs and increased productivity.
The diameter of a carbide end mill refers to the width of the tool's cutting portion. It is usually measured in millimeters (mm) or inches (in). Common diameters range from small sizes like 1 mm to larger sizes such as 20 mm or more.
The flute count indicates the number of cutting edges or flutes on the end mill. It can range from 2 to 6 or more. Higher flute counts often provide better chip evacuation and smoother cutting performance.
The flute length refers to the length of the cutting portion of the end mill, from the tip to the bottom of the flute. It determines the depth to which the end mill can cut in a single pass.
The overall length of the carbide end mill includes the entire tool length, from the tip to the end of the shank. It is an important consideration when selecting the tool, as it determines the reach and accessibility in a specific machining application.
The shank diameter is the measurement of the non-cutting end of the end mill, which is inserted into the tool holder or collet. It is crucial to choose a carbide end mill with a shank diameter that matches the tool holder being used.
The helix angle refers to the angle formed by the cutting edge and the axis of the end mill. It affects chip evacuation, tool strength, and stability during cutting. Common helix angles for carbide end mills range from 30 degrees to 45 degrees.
Carbide end mills often feature various coatings to enhance performance and tool life. Common coatings include TiN (Titanium Nitride), TiCN (Titanium Carbonitride), TiAlN (Titanium Aluminum Nitride), and DLC (Diamond-Like Carbon). These coatings provide improved wear resistance, reduced friction, and increased tool longevity.
Carbide end mills can be designed for either conventional (right-hand) or climb (left-hand) milling. The cutting direction affects chip formation and tool engagement with the workpiece.
Specific cutting parameters, such as cutting speed (surface speed), feed rate, and axial depth of cut, will vary based on the material being machined, the desired surface finish, and the machine capabilities. These parameters need to be optimized for each specific application to achieve optimal results.
Carbide end mills are versatile cutting tools used widely across industries. From general machining to the aerospace industry, and from automotive to the medical sector, carbide end mills are a crucial part of many machining operations.
In general machining, carbide end mills are used to mill out areas, create contours and finish cuts in mild and alloy steels, stainless steels and cast iron. The aerospace industry requires precise and complex machining, and carbide end mills are used for machining aircraft parts, engine components and structural elements. In the automotive industry, carbide end mills are used for machining engine blocks, cylinder heads, transmission components and other parts.
The mold and die making sector utilizes carbide end mills to machine complex shapes, contours and precise details for molds and dies. Carbide end mills are also employed in the medical industry to machine medical implants, surgical instruments and other medical devices. Woodworking applications employ carbide end mills to mill wooden components, shape profiles, cut joinery and create decorative features. Finally, high-speed machining operations also use carbide end mills due to their hardness, heat resistance and ability to withstand high cutting speeds.
In summary, carbide end mills are robust and versatile tools used in many types of machining operations in various industries.
Supal Square End Mill is a perfect choice for Square End Cutter, Square Shoulder Mill, Square Shoulder Mill Cutter.
Square End Mill provides technical support and service to ensure that customers can use our products with confidence. Our services include:
Square end mills are typically packaged in plastic containers to protect them from environmental damage. The plastic containers are then placed in cardboard boxes for shipping. The cardboard boxes should be of sufficient size to protect the square end mills. The cardboard boxes should be labeled with the product description, weight, and size.
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