| Customization: | Available |
|---|---|
| After-sales Service: | in Time |
| Warranty: | 1 Year |
Suppliers with verified business licenses
Audited by an independent third-party inspection agency
| Basic | X/Y/Z Axis Working Area | 1230*2450*200mm |
| Machine Size | 3150*2150*1650mm | |
| Table Structure | Double vacuum chamber absorption table | |
| Body Structure | Heavy-duty thicken steel structure w/ tempering | |
| Main | Control System | Taiwan Syntec 6MB control system |
| Drive System | Japan Yaskawa servo motor | |
| Spindle Motor Power | 9KW air cooling spindle; 0 ~ 24000 rpm/min | |
Others |
Tool Magazine | Tracking mode circular tools change, 12pcs |
| Transmission | XY and Z axis are all ball screw | |
| Guide Rail | Taiwan PMI/Hiwin 25mm rectangular linear rail | |
| Inverter | Zoncn/Delt/Fuling brand | |
| Max Working Thickness | 250mm | |
| Tool sensor | MARS | |
| Limit switch | Japan Omron | |
| Cable | MARS cable, anti-static, anti-interference, bending resistance | |
| Beam | Reinforced steel beam | |
| Travelling Speed | 48/60/15 | |
| Max Processing Speed | 30m/min | |
| Working Accuracy | ±0.02mm | |
| Re-positioning Accuracy | ±0.08mm | |
| Dictate Format | G-Code / HPGL | |
| Working Voltage | AC380V/ 3PH/ 50HZ | |
| Net Weight | 3000KG |


| 1 | Equipped with all the leading international brand components, Taiwan Syntec control system, Japan Yaskawa servo motor and driver |
| 2 | 9KW high-power air-cooling spindle can withstand high-speed, heavy loading, low noise characteristics |
| 3 | Vacuum table, high adsorption capacity, able to adsorb materials of different sizes |
| 4 | Taiwan-made guide rail and ball screw, high precision, long service life, good stability |
| 5 | Taiwan Syntec control system, easy to operation,fully support automatic production |
| 6 | All 3 axis ball screw drive can achieve much higher precision. |
| 7 | Intelligent protection work table can prevent table damages caused by misuse or software errors. Intelligent processing cross-border protection can prevent mechanical collisions while design layout exceeds processing area |



