Cloud-based intelligent robot collaborative control system
Robot collaboration platform: Single control and multiple machines collaborate at high speed, empowering industry and efficient inspection operations.
Type
Tags
Solution maturity
Development / Pilot validation
Applicable industry
Applications
Key innovations
The innovation of this product lies in its independently developed robot collaboration platform, which centrally controls multiple robots through a single controller to achieve efficient and rapid coordinated movement and industry-leading LMS interpolation technology, significantly improving industrial collaboration efficiency and solving the problem of traditional multi-robot coordination efficiency.
Potential economic benefits
Through centralized control, the platform enables multiple robots to efficiently collaborate, significantly improve production efficiency, reduce hardware and operating costs, thereby enhancing the company's market competitiveness.
Potential climate benefits
Through centralized control and efficient coordination, the robot collaboration platform significantly improves the efficiency and accuracy of robot operations, shortens the production cycle, and reduces robot standby energy consumption and overall energy consumption. A single controller replaces multiple controllers, reducing carbon emissions in the hardware manufacturing process.
Solution supplier
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Tongji University
Tongji University: The national "double first-class" construction university uses advantageous disciplines such as civil engineering, architecture, transportation, and environment to cultivate innovative talents to serve national construction and sustainable urban development.
Shanghai，China
Solution details
In a real industrial environment, due to processing process requirements, many scenarios require the cooperation of multiple robots to complete specific tasks. Under the traditional method of individual control of each robot, the robot does not know the specific position and rhythm of the other party, resulting in the inability to effectively cooperate with the other party. Or robots need to obtain each other's information through on-site communication, resulting in slow movements and inefficiency of each robot. In response to this situation, a robot collaboration platform has been independently developed, which puts the control of robots in one platform to allow multiple robots to move quickly at the same time to achieve coordinated work.
1. A single controller is used to achieve centralized control of multiple robots;
2. Demonstrate the functions and performance of different robots on one platform;
3. A single controller controls multiple robots to achieve lms interpolation, a technology that has reached the industry-leading level.
1. All fields that require industrial robots, such as the automotive industry, 3C industry, pharmaceutical industry, etc.;
2. All areas requiring visual inspection, such as object identification, defect detection, position positioning, etc.;
3. Areas that require collaboration between multiple robots;
4. Teaching demonstration field.
Last updated
14:07:24, Nov 04, 2025
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