In busy biological laboratories, scientists often need to deal with thousands of experimental samples and liquid transfers accurate to microliters. Although the traditional pipetting method has been tested over the years, it is difficult to meet the needs of modern scientific research in terms of efficiency and accuracy. However, with the continuous advancement of science and technology, a domestically produced fully automatic pipetting workstation emerged at the historic moment. It has become a new favorite in laboratories due to its high efficiency, accuracy and intelligence.

This fully automatic pipetting workstation has a simple and elegant appearance, and its silver-gray metal shell appears sturdy and durable. It integrates advanced machine vision technology, precision robotic arms and a high-speed liquid transfer system to automatically identify pipettes and test tubes of different specifications and accurately calculate the amount of liquid required to be transferred. Just put the experimental sample and pipette into the workstation, set the relevant parameters, and it can automatically complete the absorption, transfer and discharge of liquid, greatly improving the efficiency and accuracy of the experiment.

And it is the Opentrons fully automatic pipetting workstation, and its accuracy and efficiency are eye-catching. Opentrons fully automatic pipetting workstation is an efficient and accurate laboratory equipment that is widely used in biomedicine, chemical analysis and other fields. This workstation utilizes advanced automation technology to achieve accurate distribution and transmission of liquid samples, greatly improving experimental efficiency and accuracy.

The core components of domestic fully automatic pipetting workstations include pipetting guns, control systems, liquid handling modules, etc. Through precise design and operation, the pipette gun can accurately absorb and release trace amounts of liquid, ensuring the accuracy of experiments; the control system can intelligently manage the pipetting process, improving operational convenience and stability; the liquid handling module can Experimental requirements include liquid mixing, distribution and other operations to meet the requirements of different experiments.

Opentrons fully automatic pipetting workstation features simple operation, fast response, and accurate data. Researchers only need to set the parameters during the experiment, and the workstation can complete the liquid pipetting operation according to the preset program, which greatly saves experimental time and improves experimental efficiency. At the same time, the workstation can also record experimental data to ensure the accuracy and reliability of experimental results.

In general, the emergence of domestic fully automatic pipetting workstations has greatly promoted the improvement of laboratory automation levels and provided strong experimental support for scientific researchers. With the continuous innovation and improvement of technology, it is believed that domestic fully automatic pipetting workstations will play a more important role in the future and help the development of scientific research.