In the field of scientific experiments, the workflow of the laboratory is being revolutionized towards diversification and intelligence with the growth of data processing and the increase of experimental complexity. At the same time, the improvement of technology makes the demand for robots in laboratories become more and more urgent and specific.

XImaging is an AI company focusing on the scientific field, committed to using AI technology to promote the development of scientific research, providing full-process automation systems and solutions for the life sciences, pharmaceuticals, clinical diagnostics and analytical testing industry. They are one of the first companies to transform robot scientists from concepts to products.

SEER Robotics is a product portfolio provider with intelligent controllers and digital software as the core, featuring 100% independent R&D of core technologies and global-leading SLAM technology. Now, we have served more than 2,500 upstream and downstream partners within the industry. We have always been committed to creating new values for customers and helping to build your own robot fleet within days!

In terms of process automation and intelligence, both SEER Robotics and XImaging are committed to providing total solutions through AI+ robots. We have entered into a partnership to jointly bring customers a more excellent and intelligent experience with high-quality products to help them overcome challenges.

XImaging has designed the HelenX series collaborative robots to meet the unique needs of laboratory environments and applications. They focus on overcoming the pain points of small laboratory spaces, complex execution actions, and the high demand for collaborative flexibility, allowing them to perform tasks more efficiently and accurately.

The HelenX series collaborative robots are available in both stationary and mobile versions. Among them, the mobile collaborative robots are equipped with SEER Robotics AMB chassis. With SEER Robotics's leading laser SLAM navigation and integrated control technology, the robots can operate accurately and move flexibly even in laboratories with compact layouts and narrow aisles. Multi-robots are highly consistent and can achieve a repeated positioning accuracy of up to ±2mm.

Whether it is the transfer of laboratory samples or collaboration between equipment, the mobile collaborative robot can achieve interference-free and high-precision operation, greatly improving the smoothness and safety of experimental operations.

SEER Robotics AMB chassis is specially designed for robot manufacturers with certain manufacturing and design capabilities, providing core positioning and navigation, safety, and obstacle avoidance functions. It also offers rich I/O, CAN, and other interfaces for mounting various upper structures, including lifting mechanisms, rollers, robotic arms, latent traction, and pan-tilt systems. Thus, one chassis can be used for multiple applications.

AMB chassis realizes integrated harness design, which makes the harness docking process easier and safer. When combined with the smart digital software of SEER Robotics, it can quickly complete the design and application of various types of non-standard robots and easily cope with various special scenarios.

At present, AMB chassis has been widely used by SEER Robotics and our global partners in semiconductor, warehousing and logistics, 3C, auto parts, and other industries, providing more cost-effective and efficient intelligent logistics solutions for various non-standard scenarios.

SEER Robotics, Build your own robot fleet within days!