Free Standing Articulating Jib Crane With Intelligent Workshop use 300kg

1. Structural design
Folding arm type robot:
Adopts multi-section articulated arms (usually 2~3 sections), which can be folded and retracted like a "joint", realizing horizontal + vertical compound movement, bypassing obstacles to reach the target point, and covering a wider range.

Intelligent drive system:
Electric servo motor or variable frequency motor drive, with precision reducer, smooth movement and programmable control.

Compact base:
Fixed to the column or wall, some models have mobile tracks (such as light KBK tracks) to meet the needs of flexible production lines.

2. Intelligent control function
Human-machine interaction interface:
Equipped with touch screen or handheld remote control, supports point preset and path planning (such as straight line/arc trajectory).

Sensor fusion:
Optional weight sensor (anti-overload), laser ranging (positioning accuracy ±1mm), collision detection (emergency stop protection), etc.

Automation integration:
Linked with the host computer through PLC or industrial bus (such as Modbus, EtherCAT) to achieve collaborative operation with AGV and robot arm.

3. Performance parameters
Rated load: 300kg (pay attention to the torque limit when the folding arm is extended to avoid overloading at the end).

Working radius: usually 2~5m (after the folding arm is unfolded), the folded state saves more than 50% of space.

Repeat positioning accuracy: ±1~3mm (depending on the drive solution).

Speed adjustment: The lifting speed of the electric hoist is 0.5~8m/min (stepless speed change), and the rotation speed is 0.5~2rpm.

4. Core advantages
Spatial adaptability:
The folding arm structure can be retracted to pass through narrow passages or avoid equipment, which is suitable for dense layout scenarios.

High-precision lifting:
Intelligent control fine-tuning + low swing design, suitable for handling delicate parts such as precision instruments and electronic components.

Energy saving and high efficiency:
Compared with traditional cantilever cranes, intelligent start and stop and path optimization can reduce energy consumption by more than 30%.