Liquid Handling Robotics & Platewashers
Automate precise sample transfers and washing procedures in laboratory workflows with liquid handling robotics and platewashers, improving accuracy and efficiency in high-throughput experiments.
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Liquid handling robotics and platewashers are essential tools in modern laboratories, automating tasks such as precise sample transfers, reagent dispensing, and washing procedures in microplate-based assays. These instruments enhance accuracy, reduce human error, and increase throughput, making them invaluable in fields like drug discovery, genomics, proteomics, and diagnostics. Liquid handling robots are used for tasks ranging from DNA extraction and PCR setup to compound screening, while platewashers are critical for ELISA assays and cell culture maintenance, ensuring consistent washing of microplate wells. Together, they streamline workflows, allowing scientists to handle large volumes of samples efficiently.
Our BioTek MultiFlo, BioTek 405, and BioTek 406 instruments are widely used for their plate washing and dispensing capabilities. The MultiFlo excels in multi-mode dispensing, offering simultaneous dispensing of up to four reagents, while the BioTek 405 and 406 models are known for their high-efficiency microplate washing with features like programmable wash cycles and gentle aspiration, ideal for delicate cell-based assays. Additionally, the Thermo Fisher Multidrop Combi provides fast and precise bulk reagent dispensing, making it suitable for high-throughput screening applications. Other advanced instruments include the Revvity FlexDrop and Mantis Microfluidic liquid dispensers, which offer flexibility and precision in low-volume liquid handling tasks, particularly in assay development and compound screening. The JANUS Liquid Handler Workstation further enhances these applications by integrating comprehensive automation capabilities, handling everything from reagent dispensing to sample preparation with minimal human intervention, ensuring greater workflow efficiency and reproducibility.