Spot is a dynamic sensing platform that reach factory floors to construction sites, thereby providing valuable insights while keeping workers out of potentially hazardous. With 14kg of payload capacity, robust API, and comprehensive documentation, Spot is quick to deploy for both manual operations and autonomous missions. Spot is autonomously charging, dynamically replanning around new obstacles, and self-righting if it falls.

The Jueying Mini is a deep-learning bionic robot dog featuring innovative technologies from deep robotics like all terrain, perception, vision, and deep learning system which makes this quadruped AI robot perfect for visual perception and laser sensing tasks that need precision and high adaptability.

Unitree Go1 is capable of running at 4.7m/s, and is featured with Intelligent Side-Follow System (ISS) — allowing Go1 to walk alongside its human master and engage in a harmonious and safe human-machine, interaction, Super Sensory System (SSS) – fisheye sensing which enables human recognition, and a built-in powerful AI.

B1 has the characteristics of all-weather operation, strong load and expansion space, multi-dimensional perception, full scene coverage, strong computational power and accurate insights. Facing the complex environments and high-level needs of industrial applications, this industrial protection level quadruped robot will provide a more efficient and intelligent solution. B1 has great application potential in agriculture, and industry as well as specific security patrols, surveys and exploration, public rescue, etc. They are the main application directions since their birth.

Dingo was designed to be affordable, robust, expandable, and aesthetically pleasing which is a highly expandable, powerful quadrupedal robot option that balances cost and functionality. To encourage wide use among student and researchers, the designer has released their source code and CAD models.

RICE2 ensures a safe environment by vaporizing sterilizing fluid. This device is equipped with mapping and navigation features, allowing customers to disinfect large areas effortlessly with just a press of a button. Customers can schedule disinfection time periods, enabling fully autonomous operation and reducing labor costs while maximizing efficiency. By utilizing RICE robot fleet management, customers can monitor the status of their robots through a user-friendly web-based interface. This system provides critical data alerts and allows for remote control of the fleet. RICE2 Disinfection combines convenience, effectiveness, and advanced monitoring capabilities to provide a comprehensive solution for maintaining a safe and sanitized environment.

The MiR Hook models are ideal for industrial logistics. With a towing capacity of up to 500kg/1100lbs, they efficiently move heavy products between locations. These robots can autonomously pick up and unload carts, making them versatile for various towing jobs. MiR is the only autonomous mobile robot in the market with towing functionality. The user-friendly application interface supports PCs, tablets, and smartphones, allowing for customization. Deploying or redeploying the mobile robot for different missions and adding new routes is easy. MiR simplifies industrial logistics with its strong towing capabilities, autonomous features, and flexible deployment options.

Temi is designed as a service robot, seamlessly integrating with different applications. Its primary role is to interact with customers through its monitor, providing customized information and promotional content. With its autonomous navigation capabilities, Temi can effortlessly navigate spaces and act as a knowledgeable tour guide, enhancing the overall experience for visitors. Additionally, the innovative “Follow You” function allows Temi to track and accompany users, making it an excellent choice for hands-free video calls. Through these remarkable features, Temi aims to revolutionize customer interactions and redefine the possibilities of a service robot.