Skip to content 
Collaborative robot serving as flexible industrial handling robotic arm. Works alongside operators without complex safety isolation setup. Easy programming and quick deployment, adaptable to multiple material handling and workstation‑transfer tasks. On‑call technical support available.
Enhance your production line flexibility with our Flexible Industrial Handling Robotic Arm. Designed to bridge the gap between floor-level packaging conveyors and palletizing stations, this system features an optimized low-level infeed framework. By eliminating the need for elevated conveyor platforms, it minimizes floor space consumption while maintaining a strong production throughput of up to 400+ workpieces per hour.
Driven by a central PLC controller with computer communication capabilities, the machine adapts effortlessly to various stacking patterns. Whether you need to handle fragile food cartons, heavy plastic crates, or flexible woven bags, the customizable end-effector guarantees precise placement on standard 1400*1400mm pallets with zero product damage.
Low-Level Infeed Architecture | Features a low-level entry mechanism that occupies minimal floor elevation, allowing seamless connection with ground-level conveyors without complex overhead platforms.
Multi-Material Handling Versatility | Engineered to grip diverse packaging units including cartons, plastic turnover boxes, woven bags, barrels, and film-wrapped packs with swift gripper adjustments.
Flexible Dual-Mode Programming | Supports both teaching programming and automatic PLC configuration, enabling operators to switch packaging parameters instantly for rapid product line changeovers.
| Parameters | Technical Data |
|---|---|
| Object to be Transported | Carton, turnover box, woven bag, barrels |
| Infeed Style | Low level infeed (Space‑saving) |
| Palletizing Parameters | Teaching programming or automatic programming |
| Corresponding Tray | 1400 × 1400mm (Wood, plastic, etc.) |
| Control System | PLC touchscreen + Computer communication |
Optimized by Seraphinite Accelerator
