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Industry-leading technology integrated with 2D, 3D and AI vision, overcoming four major categories of technical challenges and embedding more than 20 core algorithms.
Sorting success rate ≥99% under standard working conditions, positioning accuracy ≤1mm.
Maximum recognition span ≥20 meters, capable of processing dozens of large-size workpieces simultaneously.
Seamless connection covering drawing parsing, inspection & recognition, intelligent palletizing and sorting control.
Equipped with intelligent standalone stations such as robotic arms and gantry robots to meet the demands of various load scenarios.
Modular configuration engine enables rapid deployment of workstations, cameras and gripping equipment.
Modular configuration engine
Supports rapid configuration of multiple workstations
User-friendly operation, no programming background required
Delivery cycle shortened by 50%
The delivery cycle of the whole automated production line can be shortened to within 2 weeks
One-click deployment for quick startup
Docker containerized deployment
Reduced operation and maintenance costs
Empowered by intelligent algorithms
Built-in high-precision recognition and path planning algorithms
Stable and reliable for long-term continuous operation
| Parameter | Value |
|---|---|
| System Recognition Accuracy | 99.96% |
| Recognition Precision | ≤1mm |
| Gripping Success Rate | 99% |
| Field of View | Multi-parts simultaneous recognition, range up to tens of meters |
| Typical Scenarios | Parts sorting, depalletizing, machine loading/unloading |
| Core Technologies | Weak feature vision, high-load end effector control, multi-constraint sorting scheduling, dual-arm collaboration, steel part AI recognition, 2D/3D multi-modal fusion |
| Industrial Verification | Proven cases in ship offshore, machinery, energy equipment, sheet metal processing |