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Carbide Milling Insert
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| Place of Origin | ZhuZhou, China |
| Brand Name | Speed |
| Certification | ISO9001 |
| Model Number | RDMX |
Cnc Milling Insert LNMU0303 LOGU APMT APMT1135 APMT1604 LOGU Tools Carbide
| Origin | Zhuzhou, China |
| Shape | Round Inserts |
| Application | Metalworking |
| Lead time | 3-5 Days |
| Model | RDMX |
| Product Name | Carbide Milling Insert |
| Brand name | SPEED |
| Workingpiece | Steel/Stainless/Cast Iron/Aluminum |
| Usage | Milling |
| Package | 10 Pieces/box |
Face Milling: Suitable for face milling operations to produce flat surfaces on the workpiece.
Shoulder Milling: Used for milling shoulders, which involves cutting along the edge of the workpiece to create a flat surface at a specific depth.
Profile Milling: Ideal for creating complex shapes and contours on the workpiece with precision.
Peripheral Milling: Effective for generating continuous peripheral cuts on the workpiece surface.
Slot Milling: Useful for cutting slots in the workpiece, providing high accuracy and surface finish.
Helical Interpolation: Capable of helical interpolation operations to produce helical features on the workpiece.
Roughing and Finishing: Suitable for both roughing (rapid material removal) and finishing (smoothing and shaping) operations.
Customization options for CNC milling inserts can vary depending on the manufacturer and the specific requirements of the machining application. Here are some common customization options for CNC milling inserts:
1. Geometry: Customized geometries can be designed based on the specific cutting requirements such as profile, shape, rake angle, clearance angle, and edge preparation.
2. Material: Inserts can be tailored with specific materials like carbide, cermet, ceramic, or high-speed steel based on the machining requirements and workpiece material.
3. Coating: Custom coatings can be applied to enhance performance, such as TiN, TiCN, TiAlN, or diamond coatings for improved wear resistance and tool life.
4. Size and Shape: Inserts can be customized in terms of size, shape, thickness, and corner radius to suit the machining needs.
5. Chip Breaker Design: Tailored chip breaker designs can be incorporated for effective chip control and improved chip evacuation during cutting.
6. Application-Specific Inserts: Inserts can be customized for specific applications such as high-speed machining, roughing, finishing, or specialized materials.
7. Multi-Functional Inserts: Designed for multiple operations like milling, drilling, and turning, providing versatility in machining processes.
8. Specialized Features: Unique designs such as coolant holes, grooves for chip evacuation, and other features can be customized to optimize performance.
9. Packaging and Identification: Custom packaging and insert identification solutions can be provided for efficient inventory management and traceability.
Customized CNC milling inserts are often developed in collaboration with the manufacturer's engineering team to address specific machining challenges, improve productivity, and achieve optimal results for the given application.
Technical Support:
Training Programs:
Tool Maintenance:
Custom Tooling Solutions:
Regrinding and Recycling Programs:
Supply Chain Management:
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Online Resources:
By offering comprehensive support and service for carbide milling inserts, manufacturers aim to enhance customer satisfaction, maximize machining efficiency, and facilitate the successful implementation of cutting tool solutions in various industries and applications.
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