Microplate handling robots move microplates from one location in a workflow to another, such as microplate readers, automated liquid handlers, incubators, and storage locations. Because microplate handlers can increase user walk-away time, as well as throughput and efficiency, they are often used in biomarker research, cell biology, and assay development. For a list of microplate technology manufacturers, see our online directory: LabManager.com/microplate-tech-manufacturers
8 Questions to Ask When Buying a Microplate Handler:
- How many plates and plate types can it accommodate?
- What is the transfer speed?
- Will it fit inside your biological safety cabinet or fume hood?
- Which other instruments is it compatible with?
- Does it use barcode reading for plate identification?
- Is the configuration scalable?
- Does it remove microplate lids?
- Does it enable cherry-picking applications?
Single-Mode Readers
Single-mode readers can only accommodate one of three read modes: absorbance, fluorescence, or luminescence. While this can meet the needs of many labs, you may need to invest in a multimode reader if you wish to expand your lab’s capabilities. Besides the standard three modes, multimode readers also offer modes suited for high-throughput screening, such as fluorescence polarization, time-resolved fluorescence, and more.
Automating Plate Readers
If your lab has high sample throughput, consider investing in a plate reader that supports integration with automated systems and informatics platforms like a LIMS for faster analysis and data management. Otherwise, your lab may be subjected to bottlenecks and inefficiencies, not to mention higher margins for error.
