With the global spread of the new crown epidemic, the country has vigorously promoted the construction of innovative projects in biomedical laboratories. Whether it is enterprises, scientific research institutions or government departments, they have actively responded to the call in various forms. For a long time, the two themes of innovation and integration have been the direction of the development of biological laboratory automation. With the rapid development of automation technology, from the gradual replacement of old equipment in traditional laboratories to the development of innovation, in the face of the fiercely competitive market environment, many Companies with R&D solutions for medical scenarios are poised to develop.

Recently, Robot 365 released the world's leading "Automatic Stem Cell Intelligent Cultivation Workstation" - "Lighthouse Laboratory" biomedical automation system solution, providing global users with more advanced and comprehensive intelligent biomedical laboratory technology solutions, reducing Pain points such as large task volume, tight time , insufficient manpower , low efficiency, infection risk, etc. , greatly improve the work efficiency of biomedical laboratories.

In the future, robotic arms can solve most of the repetitive tasks of humans, and can assist in some dangerous tasks. The manipulator set on the manipulator has the same shape as the human hand, which not only improves the work efficiency of human beings, but also solves some medical problems.

The medical collaborative robotic arm uses a special sealing device to seal the transmission mechanism from pollution to the external environment to meet the needs of high-clean production environments. , Individualized and intelligent experiments provide a strong guarantee, and can also better meet the urgent needs of laboratories for cleanliness.

At present, the application of the medical collaborative robotic arm in the lighthouse intelligent laboratory can help researchers save a lot of time, flexibly imitate the hands of the experimenter, such as grasping the test tube, shaking and other actions, so that thousands of "single" operations can be completed. Reagent test samples become possible. The whole process of aseptic operation reduces the possibility of personnel infection and meets the needs of high cleanliness. Moreover, the operation is simple, and it can also be remotely monitored, which increases the relative labor value and has huge commercial value.

At present, the Robot 365 medical robotic arm has been the first to be applied in the stem cell cultivation intelligent laboratory, and has completed tens of thousands of experiments with zero error, greatly improving the efficiency of the experiment.

Joint robot application scenarios

At the same time, it can be used in multiple scenarios, as well as culture flasks of different diameters and manually operated equipment. In addition, the medical collaborative robotic arm is also matched with an artificial intelligence system. The artificial intelligence system combines the vision system of the robotic arm for precise positioning, and the error rate does not exceed ±0.02mm. The mechanical wear reduces the accuracy, but the original data can still be maintained to ensure the stability of the experiment.

Each joint is equipped with a high-precision torque sensor, and with the high-sensitivity collision detection function, human-machine collaboration is safer. In terms of programming and teaching, based on the lightweight drag realized by active joint force control, users can directly teach point and trajectory programming, which is easy and convenient to operate.

At present, medical-related robotic arms are mainly used in intelligent surgery. Robot 365 first applied this technology in the medical automation laboratory (Lighthouse Laboratory). For automated laboratories, automated, high-throughput sample processing, such as stem cell extraction and cultivation, has a large number of tasks, high accuracy, high cleanliness, time constraints, lack of manpower, and low efficiency. It can help users Free yourself from inefficient laboratory manual operations.

Cobot application scenarios

In the future, we will also apply medical robotic arms in more smart laboratories and even daily medical application scenarios. We can witness the help of medical collaborative robotic arms in the development of intelligent laboratories, and provide smart medical laboratories with rigorous, fast, Efficient solutions to help the rapid development of smart medical technology.