Jiaxing Xinshengji Intelligent Technology

Jiaxing Xinshengji Intelligent Technology Co. Ltd., operating globally under the name Cenobots (short for Cenozoic Robotics), is a robotics company focused on the commercial cleaning sector. The company was established in 2021 by co-founders Michael Wang (CEO) and Leo Wang (CTO). Leveraging their expertise in artificial intelligence, the founding team identified the commercial cleaning industry as a prime market for disruption with advanced, automated solutions. Headquartered in Singapore, Cenobots has expanded its presence with offices in Hong Kong, Hangzhou, the USA, and the Netherlands to manage its global deployments.

Cenobots designs, develops, and manufactures autonomous cleaning robots for commercial and industrial clients, addressing common industry challenges such as labor shortages, high employee turnover, and the need for stringent cleanliness standards. The company's business model centers on the sale of these high-tech hardware units to clients in sectors including healthcare, retail, transportation, education, and hospitality. A key financial milestone was achieved in May 2022, when the company secured $30 million in a seed funding round from investors including Hillhouse Investment Group and Lightspeed Commerce, which has supported its growth and product development. The company has also established strategic partnerships, such as one with UHS, a Texas-based hospital system, to deploy its cleaning robots.

The product line includes several autonomous machines designed for specific cleaning tasks. The SP50 is a vacuum sweeper that uses AI to identify over 30 types of waste and features a spot-cleaning function that can be significantly more efficient than standard coverage cleaning. For floor scrubbing, the company offers the L4 and L50 models, which are autonomous scrubber-dryers equipped with 3D LiDAR for precise navigation, allowing them to operate close to walls and obstacles. These robots are supported by the CWS-01 Workstation, a 4-in-1 automated station for charging, water refilling, and detergent management, designed to minimize human intervention. Clients can manage and monitor the robots through a mobile application that allows for route planning and provides performance data.

Keywords: commercial cleaning robots, autonomous scrubbers, AI-powered cleaning, robotics, facility management technology, automated sanitation, smart cleaning solutions, 3D LiDAR navigation, robotic vacuum sweeper, Cenozoic Robotics, Michael Wang, Leo Wang, smart building technology, automated floor care, janitorial robotics, healthcare cleaning automation, retail cleaning robots, hospitality automation, intelligent cleaning systems, robotic workforce