The 3D manipulator is an automated device that can imitate human arm movements and has high flexibility and adaptability. This program aims to design a 3D manipulator with high precision, fast response and strong load capacity to meet the needs of complex industrial application scenarios. The manipulator will achieve excellent performance through optimized mechanical structure design, electrical control system design and software algorithm design.
3D visual recognition, with a maximum accuracy of 0.024mm, solves the problem of inaccurate positioning of three-dimensional irregular materials and achieves a high positioning and grabbing rate.
The cycle time is short and the beat is fast, which can be used in the manufacturing process to save a lot of costs and manufacturing time.
3D visual recognition, with a maximum accuracy of 0.024mm, solves the problem of inaccurate positioning of three-dimensional irregular materials and achieves a high positioning and grabbing rate.
The cycle time is short and the beat is fast, which can be used in the manufacturing process to save a lot of costs and manufacturing time.
AI analysis algorithm + optimal grabbing path planning + anti-collision design.
Real-time motion planning, CAD model import, and optional end actuator can quickly adapt to the needs of multi-type and multi-material workpieces.
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