Liquid Handling Workstations
GenFollower always focus on the products with innovation, and we specialize exclusively in cutting-edge scientific equipments. We provide outsanding liquid handling workstations to our international customers.
Liquid Handling Workstation is a better solution for high-throughput manual pipetting with two ranges of 0.5~20 μL (M20) and 5~200 μL (M200), which have been applied in many fields, such as template copying, transferring between 96-well plates and 384-well plates, orifice cleaning, dilution and ELISA / EIA.
Technical Features:
- Reduce pipetting steps effectively
Our workstations reduce pipetting steps effectively, which takes less than 6 seconds to complete one time of 96-well plate pipetting by hand, and only 4 steps for 384-well plate with 2 times within 1 minute.
- Increase your data accuracy
These pipetting stations can start or stop the enzymatic reaction or cell experiments at the same time in the 96-well plate. The 96-well plate is simultaneously pipetting, which greatly improves the quality of experiment data such as ELISA, and also eliminates the difference between well to well. It improves the reproducibility from well to well and from plate to plate, and never skips or repeats pipetting.
- Easy and safe to use
Liquid Handlers provide a ultra-fast pipetting with no programming, no plug-in and no training.
Even More info about Liquid Handling Workstations:
What Are Liquid Handling Workstations Used For?
| Specification | Description |
| Cell culture Device | Set up motherboard-sub-board in a few seconds |
| Cell analysis | Use accurate reagents to split cells by pipetting up to 96 samples |
| PCR & QPCR | Pipetting the PCR/QPCR reagent to a 96-well plate |
| Enzyme-linked Immunosorbent assay | Add reagents and start/stop reactions Simultaneously in all 96 wells |
| Protein crystallography | Quickly allocate buffers to orifice plates for suspension drop method |
| Drug Compound Screening | Quickly add sensors, biomolecules and compounds to 96/384-well plates |
| Sequencing of sample preparation | Simultaneous allocate buffers, enzymes and nucleic acids |
| Sorting the sample clean | Accelerate precipitation and purification via 96-channel pipetting |
| Standard enzyme Analysis | Accurately pipetting of enzymes, buffers and matrices to orifice plates |