In our laboratory, sometimes we need to prepare plans, and sometimes we need a large number of plans. If manual configuration is very cumbersome, it will consume a lot of time and cost, which requires us to use some automation technology to cooperate with us. And the pipetting workstation is such an instrument that can process an increasing amount of samples in a shorter turnover time, making our work more efficient and easier.

In modern production, efficiency is very important, especially for some tasks that are not difficult, so the compatibility and flexibility of pipetting workstations with experimental and laboratory supplies are wider and more flexible. According to the different ranges required for different applications, it can be easily replaced within one minute, and accurate liquid transfer can be carried out within the range. The selection, operation, and use of a wider space are very simple, and the design is very user-friendly.

We pay more attention to the accuracy of actual results when conducting liquid separation. In order to ensure the accuracy of liquid separation, by continuously optimizing the production mode and reducing the cost of laboratory personnel, every process can be seen clearly, reducing programming time. For more complex liquid transfer processes, multi-step and multi group customized solutions can be established and carried out sequentially.

Using new scientific technologies to gradually solve the problems we encounter in reality has become a norm. The technical requirements for the treatment of general solutions are relatively low. If manual processing is used, not only may the accuracy not meet the requirements, but the efficiency will also be slow. Therefore, we can save manpower and material costs through the fast processing of the pipetting workstation. By utilizing the fast processing workflow, we can accelerate the efficiency of experiments, simplify operations, and provide a very good user experience.