Technical Challenges
Millimeter-level precision demands:
Achieving ±1.5mm recognition accuracy and ±3mm picking precision —far surpassing industry averages
Ultra-fast response with high stability:
Completing capture-to-processing within 3.5 seconds while maintaining 99.5% recognition rate
Complex environmental interference:
On-site lighting fluctuations, equipment vibrations, and reflective film-coated cartons causing data drift and false readings
Multi-device coordination complexity:
Seamless integration with multiple robot brands and sensors to ensure zero system-wide latency
Technical Solution
The technical team achieved breakthroughs through four core innovations:
High-Precision 3D Perception
Blue laser scanning technology paired with adaptive exposure algorithms accurately captures surface features of film-coated cartons, consistently maintaining ±1.5mm recognition precision.
Dynamic Environment Compensation
Integrated vibration compensation module and adaptive light intensity system continuously correct point cloud data in real-time, ensuring recognition performance under complex conditions.
Full-Process Optimization
Streamlined point cloud processing workflow reduces capture time to 1.8 seconds and algorithmic analysis to just 1.7 seconds.
- Universal communication modules provide plug-and-play compatibility with mainstream robot brands, reducing integration complexity.
Standardized Interfaces and Protocols
Customer Value
- 3.5-second cycle time enables 24/7 continuous operation, meeting high-intensity production demands
Efficiency breakthrough:
- Cost optimization: Minimized manual intervention and automation replacement significantly reduce labor costs, delivering long-term operational economic gains
- ±3mm picking accuracy ensures neat palletizing while reducing material damage by 90%
Precision and reliability:
- Flexible expansion: System supports rapid carton type additions and layout modifications, helping customers adapt to diverse order requirements
Transfer Technology's AI-powered 3D vision technology not only solves traditional depalletizing pain points but drives manufacturing toward higher efficiency, flexibility, and intelligence. As algorithms and hardware continue to evolve, intelligent depalletizing will empower more industries, becoming a core driver of industrial transformation.
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