The castings are made from high - quality gray iron and undergo heat treatment to eliminate internal stresses, ensuring they remain dimensionally stable over long - term use.
The machine tool is designed using computer finite element analysis technology, with a reasonable structure strength and reinforcement ribs to ensure optimal rigidity and stability.
The monolithic base has higher rigidity and better vibration damping compared to separated designs. The wide base design provides the necessary rigidity for high - speed machining and heavy load support.
The X/Y/Z axes use imported linear roller guides, which feature high rigidity, low noise, and a low friction coefficient, allowing for rapid movement and achieving optimal circular accuracy. They are suitable for high - speed and high - precision machining requirements.
The three - axis drive structure uses direct drive, improving efficiency while ensuring stable precision.
In today's rapidly evolving Industry 4.0 era, automation technology has become the core driving force for businesses to improve efficiency, reduce costs, and enhance competitiveness. We offer comprehensive automation solutions to help companies achieve intelligent and digital transformation, paving the way to a more efficient future!
Industrial robot integration: Suitable for welding, assembly, material handling, painting, and various other scenarios, enhancing production efficiency and precision.
Smart production line design: From single - machine automation to full - line intelligence, creating an efficient and flexible production system.
PLC and control systems: Providing stable and reliable control systems to ensure efficient equipment operation.
Automated warehousing and logistics: Optimizing warehousing and logistics processes through AGVs, intelligent sorting systems, and more.
Data acquisition and monitoring system (SCADA): Real - time monitoring of production data to help enterprises achieve intelligent management.
| Model | Unit | JM-855(D) |
|---|---|---|
| Workbench | ||
| Area | mm | 550x1000 |
| T-slot | mm | 5–18x90 |
| Max. load-bearing capacity | kg | 500 |
| Stroke | ||
| X-axis stroke | mm | 800 |
| Y-axis stroke | mm | 550 |
| Z-axis stroke | mm | 550 |
| Distance from spindle end to workbench | mm | 110–610 |
| Distance from spindle center to column | mm | 550 |
| Spindle | ||
| Power (continuous/30min, rated) | kw | 7.5–11 |
| Speed（Belt-driven spindle） | rpm | 8000 |
| Taper hole | — | BT40 |
| Feed | ||
| Cutting rate | m/min | 12 |
| (X/Y/Z) Fast feed rate (X/Y/Z) | m/min | 36/36/36 |
| X/Y/Z feed motor | kw | 3/3/3 |
| Accuracy | ||
| Positioning accuracy | mm | (±0.004/300,±0.008)Full stroke |
| Repeated positioning accuracy | mm | (±0.003) |
| Automatic Tool Changer | ||
| Tool magazine capacity（Vertical tool change） | pcs | 24 |
| Max. tool capacity | kg | 8 |
| Max. tool length | mm | 300 |
| Automatic tool changer size (fully loaded)/(no adaptor port) | mm | Φ80/Φ160 |
| Tool shank type | — | BT40 |
| Others | ||
| Power | kva | 25 |
| Air pressure | kg/cm² | 6 |
| Machine weight | t | 5.5 |
| Footprint (L x W x H) | mm | 2680*2450*2700 |
