Equipped with a differential drive power system, offering high precision and flexibility advantages. Incorporating 3D vision technology, AI technology, and wireless teleoperation for intelligent, flexible welding operations without the need for programming or teaching. The system is outfitted with an RX welding process library, capable of auto-generating accurate paths and welding poses, easily accommodating a variety of welding scenarios.
Equipped with a differential drive power system, offering high precision and flexibility advantages. Incorporating 3D vision technology, AI technology, and wireless teleoperation for intelligent, flexible welding operations without the need for programming or teaching. The system is outfitted with an RX welding process library, capable of auto-generating accurate paths and welding poses, easily accommodating a variety of welding scenarios.
36KVA
Three-phase five-wire system 3x380V±10%/50Hz
Quick-connect power supply
1650kg
2800mm×1500mm×1600mm
≤0.5mm
≤0.5mm
2000Frames/Second
48V
73ah
DC48V
Three-wheel drive
Wireless remote control
2km/h
10km
2010mm (Slight Differences in Selection)
0°C to +45°C (operational); -20°C to +60°C (transport and storage)
≤90% RH (non-condensing)
37KVA
Three-phase five-wire system 3x380V±10%/50Hz
Quick-connect power supply
2200kg
3500mm×1500mm×2000mm
≤0.5mm
≤0.5mm
2000Frames/Second
48V
73ah
DC48V
Three-wheel drive
Wireless remote control
2km/h
10km
700mm
2010mm (Slight Differences in Selection)
0°C to +45°C (operational); -20°C to +60°C (transport and storage)
≤90% RH (non-condensing)
Workpieces can be placed arbitrarily without the need for fixture-based positioning.
Powered by a battery and wirelessly remote-controlled, it moves with ease.
Low Ground Flatness Requirement
Ideal for workshop operations due to its low requirement for ground flatness.
No programming or teaching required; it autonomously scans workpiece models and extracts seam information
Utilizes voice and gesture commands to ｒｅｐｌａｃｅ the mouse and keyboard, moving away from traditional input methods.
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