RoboTwin offers a user-friendly robot teaching tool that simplifies the programming of robots for tasks like painting, coating, and finishing. Their solution enables SMEs to easily automate production processes by allowing workers to directly demonstrate the required motions to the robot. This makes robotic automation more accessible and efficient for various manufacturing applications.
Funding
Funding not disclosed
Founders
Product
Problem
Small and medium-sized enterprises (SMEs) face challenges in automating tasks like painting, coating, grinding, and polishing due to the complexity and high costs associated with traditional robot programming. Existing robotic solutions often require specialized programmers, CAD models, and extensive setup time, making them inaccessible and unprofitable for many SMEs with small-scale production runs. This results in underutilization of robots and limits the potential for increased efficiency and flexibility in manufacturing processes.
Solution
RoboTwin offers a user-friendly robot teaching tool that simplifies the programming of robots for various tasks, including spray painting, powder coating, grinding, sanding, polishing, and general motion teaching. The system enables workers to directly demonstrate the required motions to the robot, which then generates the trajectory and automates the process. This motion imitating functionality eliminates the need for complex programming, CAD models, and specialized expertise, making robotic automation accessible to SMEs. RoboTwin's solutions, including RoboTeach and RoboTeach for grinding, allow for rapid deployment, increased production flexibility, and consistent quality, ultimately reducing downtime and operational costs.
Target Audience
RoboTwin primarily targets SMEs in the manufacturing sector that are looking to automate tasks such as painting, coating, grinding, and polishing, and that seek a cost-effective and easy-to-use robot programming solution.
Features
- 6 DoF motion recording for precise trajectory capture
- Trajectory and points recording for accurate replication of demonstrated movements
- Technology activation sensing to synchronize robot actions with process requirements
- Intelligent trajectory postprocessing and optimization for smooth and efficient robot motion
- Interfaces to major robot OEMs for seamless integration with existing robotic systems
- Plug-and-play functionality for quick and easy setup without the need for extensive configuration
- Laser pointer and action button for intuitive control and guidance during the teaching process