Linx Robot / 灵西机器人

About Linx Robot / 灵西机器人

Hangzhou Linx Robot Intelligent Technology Co., Ltd., operating as Linx Robot, is a specialized supplier of robotic vision intelligent solutions based in Hangzhou, China. The company was established in 2017 by founder Ding Ding. Ding's background includes studies in Intelligent Science at Peking University and a role as a Middle East Tech Lead for the Fortune 500 company Schlumberger, experiences which have shaped the firm's technological direction. Linx Robot's core intellectual property has its roots in the National Key Laboratory of Visual and Auditory Information Processing at Peking University. The company has secured $32.3 million in funding from a group of investors that includes HFI Investment Group and CITIC Bank Wealth Management.

Linx Robot develops and provides integrated solutions that combine 3D vision cameras, artificial intelligence algorithms, and robotic vision systems. The business model is centered on providing these integrated hardware and software solutions to clients across various sectors. Key markets include warehousing and logistics, industrial manufacturing, e-commerce, new energy, and medicine. The firm's revenue is generated through the sale of its systems to companies seeking to automate processes like palletizing, depalletizing, loading, unloading, and sorting.

The company's product portfolio is built around its proprietary "3D+AI" technology. This includes a range of self-developed 3D vision cameras, such as area-scan and line-scan models, which utilize surface structured light imaging to capture detailed point cloud data. These cameras are paired with the LINX AI motion control system, which processes the visual data to identify and locate complex items, then plans optimal grasping strategies and paths for robotic arms. The system is designed to be compatible with various mainstream robot brands. Specific applications include universal depalletizing workstations for both single and mixed SKU pallets, visual sorting for parcels and parts orders, and defect detection systems, which have been deployed in the lithium battery industry. These solutions are engineered to handle high-throughput scenarios, with some applications capable of processing up to 2,500 pieces per hour.