Liu Zhaoqiang, the founder of Robot 365, introduced to the leaders of the Science and Technology Museum the company's product development in the combination of automation and artificial intelligence technology and the application of medical experiment industry, and showed Robot 365's lighthouse laboratory in the field of life science. At the same time, taking the fully automatic stem cell cultivation robot independently developed by Robot 365 as an example, it introduces the efficiency improvement brought by intelligence and automation to the actual application scenarios of the biomedical industry.

During the survey, the leaders of the Science and Technology Museum highly affirmed the innovative achievements and forward-looking exploration of Robot 365 in the field of biomedicine, saying that Robot 365's stem cell cultivation robot and intelligent laboratory solutions are currently rare in China for stem cell cultivation and experiments. Intelligent equipment, and look forward to the future development, so as to lay a solid foundation for the cooperation between the two parties.

Robot 365 focuses on the R&D, design, production and sales of AI intelligent robot medical equipment and intelligent medical scene application solutions, to create the first brand of intelligent robot medical equipment, and is committed to developing easy-to-operate, flexible and safe medical robot equipment to help Users increase productivity. The company adheres to the concept of "achieve customers and work hard", has a large number of successful application cases of intelligent equipment in domestic medical stem cell industry laboratories, and is the leader of stem cell cultivation robots.

The stem cell cultivation workstation independently developed by Robot 365 is a fully automatic cell culture system. Its core is a high-precision, clean NXF500 six-axis robot, which is mainly used to replace manual repetitive work.

The NX500 robot is compactly integrated in the ROBOT-LOT system, which can realize automatic operations such as inoculation, culture medium replacement, cell harvesting, washing, trypsin treatment, and waste disposal. Under the GMPA cleanliness level, the robot's movement needs to be very smooth and gentle to ensure that it will not damage the fragile cells. All operating parameters are stored on the computer, including volume, temperature, time and specific robot movements.

In 2021, Robot 365's first stem cell cultivation robot was born and successfully delivered, which effectively improved the pain points of the domestic laboratory automation industry, realized laboratory automation in the field of life sciences, and greatly improved laboratory research and production efficiency. In 2022, Robot 365's life science laboratory automation solution has been implemented in many leading domestic cell enterprises, and achieved tens of thousands of experimental zero-error results in complex scenarios, effectively solving the problem of low efficiency and error in biological laboratories. High, uneven product quality and other issues.

As we all know, life science has developed into a data-driven discipline, and artificial intelligence is changing the "rules of the game" in the field of life science. And Robot 365 has always regarded data as its core asset, designing relevant experiments for data collection of algorithms, and using a large-scale automated experiment platform to generate data.

The rapid development of the life science industry poses more urgent challenges to the digitalization, automation and even unmanned upgrading of laboratories. According to relevant research reports, the global laboratory automation market size is estimated at USD 4.8 billion in 2020, and is expected to grow at a compound annual growth rate (CAGR) of 8.1% from 2021 to 2028. Facing the ever-increasing demands of the industry, Robot 365 started from practically solving the pain points of the laboratory, and carried out the layout of technology and products in many fields such as life sciences and clinical diagnosis.