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Technological Innovation: Flexible Robotic Arm + Multimodal Perception Lead the New Paradigm of Industry 4.0
The independently developed SWM60H collaborative robot has officially entered mass production. This new product, equipped with "flexible robotic arm + multimodal perception" technology, has set a new industry record with a 30kg load capacity and 300°/s joint speed. It solves the core contradiction of traditional industrial robots where "high load equals low speed" and provides disruptive solutions for automotive manufacturing, semiconductors, and other fields.
- Lightweight and High-Rigidity Structure
Adopting aviation-grade composite materials, the self-weight is reduced by 50%. Meanwhile, through topology-optimized joint design, the number of components is reduced by 30%, and long-term operation stability is improved by 40%.
- HyperMove Intelligent Algorithm
Pioneering a real-time dynamic acceleration adjustment mechanism, the full-load jitter amplitude is compressed to less than 0.3mm. This increases the efficiency of automotive wheel hub handling by 20% and achieves micron-level precision in semiconductor wafer transfer.
- Medium-Voltage Servo Drive
The 96V medium-voltage system enhances power output by 50% while reducing heat generation by 20%. With an IP67 protection rating, it can adapt to the humid and hot environment of food processing workshops and oil contamination in metal workshops.
It is expected that global shipments will exceed 5,000 units in 2024, driving collaborative robots to evolve from "repetitive executors" to "intelligent decision-makers."
The independently developed SWM60H collaborative robot has officially entered mass production. This new product, equipped with "flexible robotic arm + multimodal perception" technology, has set a new industry record with a 30kg load capacity and 300°/s joint speed. It solves the core contradiction of traditional industrial robots where "high load equals low speed" and provides disruptive solutions for automotive manufacturing, semiconductors, and other fields.
- Lightweight and High-Rigidity Structure
Adopting aviation-grade composite materials, the self-weight is reduced by 50%. Meanwhile, through topology-optimized joint design, the number of components is reduced by 30%, and long-term operation stability is improved by 40%.
- HyperMove Intelligent Algorithm
Pioneering a real-time dynamic acceleration adjustment mechanism, the full-load jitter amplitude is compressed to less than 0.3mm. This increases the efficiency of automotive wheel hub handling by 20% and achieves micron-level precision in semiconductor wafer transfer.
- Medium-Voltage Servo Drive
The 96V medium-voltage system enhances power output by 50% while reducing heat generation by 20%. With an IP67 protection rating, it can adapt to the humid and hot environment of food processing workshops and oil contamination in metal workshops.
It is expected that global shipments will exceed 5,000 units in 2024, driving collaborative robots to evolve from "repetitive executors" to "intelligent decision-makers."