The RDMT carbide milling insert is a cutting tool used in milling operations. It is known for its durability and versatility, making it suitable for various machining applications.
1. Shape: The RDMT insert typically has a square or rectangular shape, with four cutting edges. These edges are usually located on the top surface and the sides of the insert.
2. Material: RDMT inserts are made from tungsten carbide, a hard and wear-resistant material. Tungsten carbide ensures long tool life, high cutting performance, and resistance to heat and abrasion.
3. Coating: Some RDMT inserts may feature a thin coating, such as titanium nitride (TiN) or titanium carbonitride (TiCN). Coatings enhance the insert's properties, including increased tool life and improved resistance to wear and chip formation.
4. Cutting edges: RDMT inserts have sharp cutting edges that are designed for milling operations. The cutting edges come in different geometries, such as square, rectangular, or round, depending on the specific application requirements.
5. Chipbreaker: Many RDMT inserts have a chipbreaker on the top surface. The chipbreaker helps to control chip formation and improve chip evacuation, enhancing the overall machining performance and reducing the risk of chip-related issues.
6. Mounting: RDMT inserts are typically designed to fit into specific milling cutter bodies or tool holders, allowing for easy replacement and indexing.
Customer's good feedback of RDMT
Brand Name | SPEED |
Coating | Pvd/Cvd Coating |
Shape | Round Inserts |
Lead Time | 3-5 Days |
Application | Metalworking |
Product Name | Carbide Milling Insert |
Usage | Milling |
Color | Nano Blue |
Origin | Zhuzhou, China |
Workingpiece | Steel/Stainless/Cast Iron/Aluminum |
What is we could do for you of your own brand logo?
1. Manufacturer's logo: The logo or branding of the company that produces the carbide insert.
2. Part number: A unique identification number assigned by the manufacturer to differentiate the specific carbide insert model.
3. Grade: Indicates the material composition and performance characteristics of the carbide insert, such as the type of carbide and coatings used.
4. Dimensions: Information about the dimensions, including length, width, and thickness, helps identify the insert's physical specifications.
5. Customized markings: Additional markings that are specific to the customer's requirements, such as a serial number, batch code, or any other information deemed necessary.
These labels are typically applied to the packaging or directly on the carbide insert itself, providing crucial information for identification and traceability purposes.
What our advantage is that we could make customzied label for you according to your requirements.
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