The 96-well automatic pipetting workstation is a high-efficiency liquid handling device that automatically performs various routine pipetting tasks through preset programs and parameters. It is designed to eliminate repetitive strain injuries and ensure high repeatability and high pipetting operations. Error-free. It is suitable for a variety of operations such as 96-well pipetting, plate transfer, filling, cleaning and mixing, and is an indispensable automation tool in the laboratory.

1. Working principle

1. Operation settings: The operator sets the procedures and parameters of liquid treatment through the controller.

2. Liquid aspiration: The pipette draws the liquid that needs to be processed from a liquid storage device (such as a 96-well plate).

3. Liquid treatment: Liquid treatment is carried out according to the set procedures and parameters, such as transfer, mixing, etc.

4. Waste liquid collection: Transfer the treated liquid to the waste liquid collection device.

5. Data processing: The experimental data and results are recorded through the data processing system to facilitate data processing and analysis by operators.

2. Main components

1. Pipette: used to accurately draw and transfer liquids. Pipettes have various volume specifications, such as 100μL, 200μL, 500μL, 1000μL, etc., which can be selected according to experimental needs.

2. Controller: used to control the operation of the pipette and realize automated liquid handling process. The controller can be connected to a computer or PLC control system to facilitate remote monitoring and control.

3. Liquid storage device: Usually composed of 96-well plates, used to store liquid samples.

4. Waste liquid collection device: It also consists of a 96-well plate and is used to collect waste liquid.

5. Data processing system: used to process experimental data and record experimental results, and can be connected to a computer or PLC control system.

3. Features and advantages

1. High efficiency: multiple samples can be processed at the same time, greatly shortening the experimental time.

2. High precision: As a precise liquid handling device, pipettes ensure the precision and accuracy of liquid handling.

3. Automation: Automated operations are realized through preset programs and parameters, reducing manual intervention.

4. Flexibility: The pipette and control program can be adjusted according to different experimental requirements and liquid types.

5. Reliability: Using advanced liquid volume measurement technology and control system, it has high reliability and stability.

5. Application areas

1. Molecular biology research: used in research work such as extraction, purification and sequencing of biological macromolecules such as DNA/RNA/protein.

2. Cell culture: used for liquid pipetting operations in cell culture, including the transfer of cell culture fluid, culture media, drugs, etc.

3. Drug screening: used for preparation, dilution and determination of drug components in drug screening.

6. Example products

1. Brand and model: such as Opentrons Flex automatic pipetting workstation (pipetting robot)

2. Core technical features: high-precision pipetting, which can achieve high-precision pipetting in the range of 1 to 1000 μL; highly flexible, supporting a variety of experimental configurations including 96-well plates; intelligent sensors with automatic calibration, real-time positioning and Error detection function; modular design and efficient automation features

3. Price: The market reference price may vary depending on factors such as brand, model and configuration.

The 96-well automatic pipetting workstation is an important tool in the laboratory to improve experimental efficiency and accuracy, and has broad application prospects and market demand. If you want to know more details about Opentrons Flex automatic pipetting robot or 96-well automatic pipetting workstation, please contact the official customer service of our platform. We will provide you with professional consultation, detailed product introduction and personalized Solutions to help you better understand and select the equipment that best suits your laboratory needs.