his article introduces the various codes of OD Turning Holders, which are designed to meet different turning needs. Each code serves a specific purpose in turning work, ranging from rough turning, precision turning, to heavy-duty tasks that require high durability. The following summarizes the functions of each OD Turning Holder code:
1. DDJN
The DDJN code is ideal for general turning operations, especially for rough and medium turning. It is highly durable and can withstand impact forces during the turning of large workpieces, making it suitable for heavy industrial use.
2. MCBN
MCBN is perfect for high-precision turning tasks. It reduces cutting resistance, resulting in smooth and high-quality surface finishes. This tool is ideal for fine finishing where the surface quality is a priority.
3. MCKN
The MCKN tool is designed for rough turning operations that require high force. It is suitable for cutting tough materials like metals, making it ideal for heavy-duty industrial tasks.
4. MCLN
MCLN is used for fine turning that demands precise control. The tool can handle high pressure and offers excellent stability, making it suitable for high-precision workpieces.
5. MDJN
The MDJN tool is highly versatile and can be used for both rough and fine turning. It’s ideal for a wide range of operations, whether precision turning or general industrial use.
6. MSDN
MSDN is suitable for continuous turning that requires high precision. It performs well at high speeds, making it ideal for operations that demand stability and mass production.
7. MSSN
The MSSN tool is known for its durability and high precision. It is suitable for medium to high-speed turning operations, offering long-term performance and stability.
8. MTFN
MTFN is ideal for extremely fine turning or finishing tasks. It provides a smooth, high-quality surface finish, making it perfect for jobs that require a polished and precise outcome.
9. MVJN
The MVJN tool is suitable for medium to large workpieces. It can withstand high resistance and is ideal for rough turning and tasks that require strong cutting force.
10. MVQN
MVQN is designed for high-precision turning, providing stability and reducing vibration during the turning process. It is perfect for tasks requiring smooth and stable operations.
11. MVVNN
The MVVNN code is used for fine turning operations. It can withstand high pressure and heat, making it suitable for tasks that require both precision and durability.
12. MWLN
MWLN is ideal for high-speed turning operations. It ensures smooth performance and improves production efficiency, delivering a fine surface finish.
13. SCLC
The SCLC tool is a versatile turning tool for general use. It is suitable for medium to heavy turning tasks, offering high durability and reliability for large workpieces in industrial applications.
14. SDAC
SDAC is perfect for rough and medium turning, with the ability to withstand high cutting pressure. It is suitable for strong, durable workpieces that require precision cutting.
15. SDFC
SDFC is ideal for fine, precise turning, producing smooth, high-quality finishes. It’s perfect for tasks requiring a polished surface and detailed work.
16. SDJC
SDJC is a flexible and easy-to-use tool, ideal for turning in limited spaces or confined areas. It can be adjusted for various tasks and supports continuous turning operations.
17. SDNC
The SDNC tool is designed for general turning operations that require long-term durability and stability. It is perfect for a variety of turning tasks with consistent performance.
18. SDQC
SDQC is suitable for small to medium workpieces. It is durable and helps minimize vibrations, making it ideal for medium-precision turning.
19. WTFN
WTFN is perfect for heavy rough turning operations. It is designed for large workpieces, offering the strength needed to handle high-force cutting tasks.
20. WTJN
The WTJN tool is ideal for rough turning and large workpieces. It is strong and durable, designed for tasks requiring high force and tough conditions.
21. WTQN
WTQN is suitable for general turning operations that require stability and continuous work. It performs well at high speeds and ensures precision during production.
This article provides an overview of the features and applications of each OD Turning Holder code. Each tool is designed for specific tasks, whether rough turning, fine finishing, or heavy-duty industrial use. Choosing the right OD Turning Holder can improve work efficiency, reduce tool wear, and achieve the desired surface finish quality.
