중고 TSUGAMI M08D-II 효율적인 CNC 선반 판매

The M08D-Ⅱ Efficient CNC Lathe is a specific model or type of computer numerical control (CNC) lathe used in precision machining operations. While precise specifications can vary based on the manufacturer and model, I can provide a general description based on common features and aspects typically associated with CNC lathes:

1. 기계 유형: M08D-Ⅱ Efficient CNC Lathe is a Efficient CNC-controlled lathe designed for turning, facing, threading, and other machining operations on cylindrical workpieces.
2. CNC 기술: M08D-Ⅱ Efficient CNC Lathe. Advanced CNC technology is integrated into the machine, allowing for precise control over tool movements, speeds, feeds, and other machining parameters.
3. 축 구성: The “M08D-Ⅱ” designation indicates the model or series number. CNC lathes typically have at least two main axes, including X and Z axes, for precise control of tool movements. The “Ⅱ” may signify a specific iteration or version.
4. 척과 작업 고정: M08J-Ⅱ Efficient CNC Lathe. The lathe is equipped with a chuck or collet system to securely hold and rotate the workpiece during machining. The chuck may be manually or automatically operated for efficient workpiece clamping.
5. 높은 정밀도: M08D-Ⅱ Efficient CNC Lathe are known for their precision and accuracy in turning operations, ensuring consistent and high-quality machining results.
6. 툴링 시스템: The lathe likely features a tool turret or a toolpost where various cutting tools can be mounted. These tools can be automatically changed to perform different operations without manual intervention, enhancing efficiency.
7. 스핀들 속도 및 전력: The lathe’s spindle is expected to have a specified range of speeds and power, allowing adaptation to different materials and machining requirements.
8. 소프트웨어 호환성: The machine is likely compatible with various CNC programming languages and CAD/CAM software, facilitating efficient programming and seamless integration with manufacturing processes.
9. 심압대: A tailstock may be present to support longer workpieces, providing additional stability during machining.