In the fields of life sciences, drug development, and clinical diagnosis, the accuracy and efficiency of liquid handling directly affect the reliability of experimental results. Gilson, as an outstanding figure in liquid processing technologyThe pipetting workstation has redefined the standards of laboratory liquid operations through automation and modular design, becoming a key tool for promoting scientific research innovation.

　　1、 Double breakthrough in precision and efficiency

The core advantage of the Gilson pipetting workstation lies in its high-precision pipetting technology. The equipment adopts a 96 channel synchronous pipetting design, which can complete the addition of samples to 96 well or 384 well plates within 1 minute, with an efficiency improvement of more than 12 compared to traditional single channel pipettes. Its range covers 0.5 μ L to 220 μ L, and through nozzle and air cushion replacement technology, the accuracy error of a single pipetting is ensured to be less than 1%, and the repeatability error is less than 0.5%. In enzyme-linked immunosorbent assay (ELISA), it can simultaneously process 96 samples, avoiding inter well differences caused by manual operation and significantly improving experimental reproducibility.

　　2、 Deep integration of automation and intelligence

The Gilson PIPETMAX automation platform pushes liquid processing towards a new stage of intelligence. This device integrates a robotic arm, a pipetting module, and a sensor system, supporting complex operations such as gradient dilution and mixed packaging. Its compatibility with third-party detection devices such as HPLC makes it the core hub of the integrated process of "sample processing analysis detection" in drug development.

　　3、 Flexible adaptation to multi scenario requirements

Gilson provides layered solutions for different laboratory sizes:

1. Desktop type: occupying less than 40cm, supporting flexible operation of microplates, test tubes, and SPE solid-phase extraction columns, suitable for clinical testing laboratories with limited space.

2. High throughput: capable of processing 200 μ L to 5mL of liquid, with a daily sample volume of over 2000, meeting the high-throughput screening needs of pharmaceutical companies.

3. Modular design: Users can choose heating oscillation module, centrifuge module or positive pressure extraction system according to their experimental needs, achieving "one machine for multiple uses".

　　4、 Substantial improvement in research efficiency

During the epidemic, a virus research institute used a Gilson pipetting workstation to shorten the pre-processing time of nucleic acid test samples from 4 hours to 40 minutes, and increased the daily detection volume to 5000. In the field of gene editing, the precise pipetting function of PIPEMAX has increased the transfection efficiency of the CRISPR-Cas9 system by 30%, accelerating the development process of gene therapy drugs.

From manual operation to automation revolution, Gilson pipetting workstation breaks through the efficiency boundary of laboratory reconstruction with technology. It not only solves the pain points of traditional pipetting, such as long time consumption, large errors, and low flux, but also promotes the standardization of scientific research processes through intelligent design, providing solid technical support for innovative breakthroughs in the field of life sciences.