Technical Data
| Items | Unit | Machine Model:DMC-2000 | ||
| Travel | Table travel (X axis) | mm | 2000 | |
| Saddle travel (Y axis) | mm | 650 | ||
| Headstock travel (Z axis) | mm | 475 | ||
| Distance from spindle nose to table surface | mm | 100-575 | ||
| Distance from spindle center to column guide surface | mm | 707 | ||
| Table | Table size | mm | 2000*650 | |
| Max. load | kg | 600 | ||
| T-slot (number of slots – slot width * spacing) | mm | 5-18*125 | ||
| Spindle | Motor power (rated/short time) | kW | 3.7/5.5 | |
| Motor torque (rated/short time) | N.m | 14.1/21.0 | ||
| Spindle motor speed | rpm | 20-20000 | ||
| Spindle taper | / | BT30 | ||
| Speed | Cutting feed speed range | mm/min | 1-15000 | |
| X/Y/Z axis rapid traverse speed | m/min | 27/36/36 | ||
| Accuracy | Positioning accuracy (X/Y/Z) | mm | 0.015 GB/T 18400.4（Full travel） | |
| Repeatability (X/Y/Z) | mm | 0.008 GB/T 18400.4（Full travel） | ||
| Tool magazine | Tool storage capacity | pcs | 21 | |
| Max. tool weight | kg | 3 | ||
| Max. tool length | mm | 200 | ||
| Max. tool diameter (full /adjacent empty) | mm | Ф60/Ф80 | ||
| Other | CNC system | / | Mitsubishi M80VB | |
| Air source | Flow | L/min | ≥200（ANR） | |
| Air pressure | MPa | 0.6-0.8 | ||
| Equipment capacity | kVA | 20 | ||
| Max. coolant tank capacity | L | 400 | ||
| Machine size | mm | 4800*3900(including steps 700)*2560 Corresponding to X*Y*Z axis | ||
| Weight (approx.) | kg | 7850 | ||
Description
High-speed, High-efficiency, High-precision
Widely used in the 3C industry, automotive parts, small mold processing, medical devices, and other industries for the machining of small plate parts, disc-shaped parts, and housings.
Base Structure
The base structure is designed with digital analysis and precision engineering, featuring an oversized span with six-point support, effectively enhancing the machine’s rigidity and vibration resistance, ensuring high stability and accuracy during the machining process.
X, Y, Z Axes
All three axes are equipped with precision ball screws, and the guide rails use high-precision linear guides, ensuring smooth operation and precise positioning for outstanding machining accuracy and reliability.
Direct Drive Spindle
The spindle features a direct-drive transmission system, reducing errors in high-speed tapping and ensuring excellent performance with high output power in high-speed machining.
The high-speed spindle responds quickly and is equipped with ceramic ball bearings, significantly extending spindle life.
The precision-grade spindle is standard with a maximum speed of up to 24,000 rpm, meeting the demands of high-precision and high-speed machining.
High-Speed Servo Tool Changer
The optimized PLC tool changer system provides a fast and stable tool change process, significantly reducing tool change time and non-machining time, thus improving overall machining efficiency.
The Z-axis is designed with optimization to enhance rigidity and significantly improve acceleration, reducing idle travel time and further increasing machining efficiency and machine responsiveness.
Applications
Advantages
Continuous Innovation
High-tech enterprises, with a number of mature technical teams, annual research and development funds of 2 million, annual research and development of more than 12 new products, 20 national patent technology, continuous innovation.
6S Workshop Standard
36000 ㎡ workshop, 6S workshop standard, workshop through the ISO9001 quality system certification, with complete production equipment, products leave the factory after raw material inspection, process inspection, finished product inspection, products in line with GB and CE standard certification.
Self-built the Factory
Self-built the factory, through the whole industry chain, perfect casting factory, sheet metal factory, CNC machining center, cutting center, processing plant, accessories, the whole process of independent design and development, further reduce the cost, guarantee quality and improve the cost performance.
Our partners
