Diana7 is a high-precision intelligent force controlled robot developed by Agile Robots. With its integrated high-accuracy torque sensors, Diana7 ensures responsive force control and sensitive collision detection. Its design, featuring seven degrees of freedom, provides unparalleled flexibility in motion. Additionally, the state-of-the-art null-space control technology empowers Diana7 to navigate with ease in limited workspaces, adapting to even the most complex environments.

Diana7 Med, a cutting-edge general medical robot developed by Agile Robots, revolutionizes healthcare with its multifunctional capabilities. Featuring high-precision torque sensors for exceptional force sensitivity and collision detection, along with a 7-degree-of-freedom design, it ofers flexible control modes in various work environments. Beyond its application in robot-assisted surgeries in areas such as orthopedics, neurosurgery, and dentistry, it's also adept in ultrasound diagnostics, treatment procedures, and rehabilitation therapies. ana7 Med, acutting-edge general medical robot developed by Agile Robots, revolutionizes healthcare with its multifunctional capabilities. Featuring high-precision torque sensors for exceptional force sensitivity and collision detection, along with a 7-degree-of-freedom design, it ofers flexible control modes in various work environments. Beyond its application in robot-assisted surgeries in areas such as orthopedics, neurosurgery, and dentistry, it's also adept in ultrasound diagnostics, treatment procedures, and rehabilitation therapies.

Thor3 is a high-precision intelligent robot developed by Agile Robots, with functions such as collision detection and graphical programming. It is small, light, agile, easy to operate and quick to install, suitable for applications such as light assembly and automated stations, and can easily achieve rapid deployment of work scenarios and safe interaction with the surrounding equipment and environment.

Thor7 is a high-precision intelligent robot independently developed by Agile Robots. Equipped with collision detection and graphical programming capabilities, it has a load capacity of 7kg and a working radius of up to 900mm. Thor7 is characterized by its easy operation, agility, and quick deployment, making it suitable for scenarios such as automated integration, assembly, and loading and unloading. Furthermore, it can safely interact with surrounding equipment and the environment.

Thor7 Pro is a high-precision intelligent force controlled robot developed by Agile Robots. Equipped with collision detection, joint torque control, drag teaching and graphical programming. Allows for rapid deployment and easy adaptation to multiple application scenarios. Built-in high-precision joint torque sensor enables high-precision force sensing and torque control. Enables secure, real-time interaction with peripherals and the environment.

Thor12 is a high-precision intelligent robot developed by Agile Robots, with functions such as collision detection and graphical programming. It has a maximum load of 12kg and a working radius of up to 1300mm.Featuring fast working, easy operation and quick deployment, it is suitable for assembly, loading and unloading, handling and palletizing. It meets the demands of high-tempo operations and enables safe interaction with peripheral equipment and the environment.

Thor20 is a high-precision intelligent robot developed by Agile Robots. It has a maximum load of 20kg and a working radius of up to 1700mm, and a protection rating of IP54. Easy to operate and quick to deploy, with collision detection and graphical programming features. Mainly used in assembly, loading and unloading, handling and palletizing. Able to meet the needs of large load operation.

The AMR350-01 fully automated AMR primarily simulates human movements and operations for tasks like recognizing, picking, placing, and inspecting in various working environments. Without changing the application scenarios, it fulfills a wide range of factory needs through the extensive AMR autonomous movement, as well as the flexible operation within a limited space by the robot arm and machine vision. At present, the robot is capable of automatically managing material handling on production lines, loading and unloading machine tools, as well as distributing materials in separate workshops. It can also facilitate the automatic storage, transfer, and inventory management of manufacturing resources, spare parts, and tools. Industries such as 3C electronics, semiconductor packaging, CNC processing, and electrical power inspection have extensively adopted this technology.With its modular design, the fullyautomated AMR allows a single device to perorm various functions, thereby considerably boosting the eficiency of production.