The Doosan DNM 6700 is a high-performance vertical machining center (VMC) designed for a wide range of applications. Building on the success of previous DNM series models, the DNM 6700 offers increased reliability, performance, and environmental friendliness.
Features:
- High Speed and Rigidity: The DNM 6700 is built for speed and precision. Its rigid construction minimizes deflection during machining, ensuring accurate results.
- Large Machining Space: The machine boasts a large table (59.1" x 26.4") to accommodate bigger workpieces. An optional X-axis extension is also available for even greater versatility.
- Direct Coupled Spindle: This design reduces vibration and noise compared to belt-driven systems, improving both performance and operator comfort.
- High-Performance Spindle: The DNM 6700 comes equipped with a 25 hp spindle with speeds up to 15,000 rpm. This allows for efficient machining of various materials.
- Fast Tool Changer: The automatic tool changer (ATC) with 30 tools minimizes tool change times, maximizing productivity.
- Thermal Error Compensation: The DNM 6700 features a system that automatically compensates for thermal expansion, ensuring consistent accuracy throughout operation.
- Environmental Friendliness: The machine uses grease lubrication for the roller guideways, reducing oil consumption and environmental impact.
- Easy Operation Package (EOP): The FANUC 0i-M control system is coupled with DN Solutions' EOP for a user-friendly interface that simplifies operation and programming.
Specifications:
- Table size: 59.1" x 26.4"
- X-axis travel: Up to 118.1" (with optional extension)
- Y-axis travel: 25.6"
- Z-axis travel: 35.4"
- Rapids: Up to 1,417 ipm
- Spindle power: 25 hp
- Spindle speed: Up to 15,000 rpm
- Tool changer capacity: 30 tools
The Doosan DNM 6700 is a versatile and powerful VMC suitable for various applications in machine shops, fabrication facilities, and more. With its high speed, rigidity, and user-friendly features, the DNM 6700 can help manufacturers achieve increased productivity and precision in their machining operations.