IIMT specializes in manufacturing collaborative robotic arms for various industries, including 3C, automotive, medical, and more. With 6 models to choose from, their robots have payloads ranging from 2 to 30 kilograms and arm ranges up to 1650 millimeters.
The innovative applications of collaborative robots are reflected in multiple fields. They not only play an important role in traditional manufacturing, but also demonstrate unique value in various fields such as healthcare, education, and entertainment. The following is a detailed summary of innovative applications of collaborative robots:
1、 Manufacturing industry
Precision manufacturing:
CNC loading and unloading: Collaborative robots can be applied to the loading and unloading operations of CNC machine tools, achieving fast and accurate handling of parts through high precision and flexibility, and improving production efficiency and quality.
Multi station loading and unloading: In the production line, collaborative robots can achieve multi station loading and unloading operations, greatly improving the flexibility of the production line and quickly responding to the production needs of multiple varieties.
Grinding, polishing, cleaning: Collaborative robots can serve as separate workstations to efficiently complete multiple processes such as grinding, polishing, and cleaning, improving the surface quality of products.
Assembly:
In automated production lines such as automotive assembly, collaborative robots can work with engineers to complete the installation of components such as car doors, car covers, and tires, improving assembly efficiency and accuracy.
Stacking/Handling:
The manufacturing or fast-moving consumer goods industry often requires a large number of packing operations. Collaborative robots equipped with automated palletizing equipment can improve production efficiency, reduce production costs, and ensure palletizing speed and position accuracy.
2、 Medical field
Remote medical examination:
Collaborative robots can perform remote medical examinations, such as heart sound signal detection, through virtual reality immersion technology, improving the accessibility and efficiency of medical services.
The diversified medical applications such as ultrasound examination also demonstrate the adaptability of collaborative robots in the medical field.
3、 Education field
Robot Education:
The artificial intelligence suite combining collaborative robots with 3D vision technology can be used in the field of education to verify the combined application of robots and advanced visual perception technology, cultivate students' innovation ability and practical skills.
4、 Entertainment and Business
Bartending robot:
The cocktail making robot with built-in voice recognition system can simplify the cocktail making process, reduce waiting time, and improve customer satisfaction.
Commercial Advertising and Exhibitions:
Collaborative robots have broad application scenarios in commercial advertising, exhibitions, technology expos, and other fields, such as automatic labeling robots showcasing automation capabilities.
5、 Life and Creative Applications
Home Assistant:
Collaborative robots can serve as home assistants, performing tasks such as mixing, pouring, and cutting, enhancing the convenience of daily life.
Artistic processing:
Collaborative robots can also perform creative tasks such as calligraphy, painting, and artistic processing, showcasing their potential in the field of art.
6、 Technological innovation and usability improvement
Intelligent interactive panel:
The intelligent interactive panel innovated by Yuejiang Robot simplifies the operation process through five functional buttons and status indicator lights, allowing non professionals to quickly get started.
Trajectory reproduction technology:
By dragging the robot arm to record task trajectories with just one click, it can save a lot of debugging time compared to traditional teaching methods.
Graphic programming:
Introducing Blockly block programming makes programming more intuitive and simple, allowing even beginners without programming background to quickly write programs.
In summary, the innovative application of collaborative robots is not limited to traditional manufacturing, but also extends into multiple fields such as healthcare, education, and entertainment. Through technological innovation and improved usability, it continuously expands its application boundaries and brings more efficient and intelligent solutions to various industries.