BioTek Releases EL406 Vacuum Filtration Module

January 3, 2011, WINOOSKI VT, USA — BioTek's unique and popular EL406™ Microplate Washer Dispenser may now be used for automated vacuum filtration processes with the new EL406 vacuum filtration module. BioTek's complete line of microplate washers can now be used for automated washing of polystyrene- and magnetic bead-based assays such as the Luminex xMAP® assay platforms.

Each BioTek washer and washer/dispenser products are configured to meet various laboratory requirements, and come equipped with easy-to-use software for unattended operation and user-defined protocols. The ELx50™ Microplate Strip Washer offers 96-well precise strip or full plate washing for ELISAs, biomagnetic separations and vacuum filtration processes. The ELx405™ Microplate Washer is popularly known for superior washing efficiency for ELISAs and cell based assays, and flexibility in 96- and 384-well microplates. The EL406™ Microplate Washer Dispenser offers rapid 96-, 384-, and 1536-well microplate washing along with three reagent dispensers to optimize microplate-based liquid handling processes. Both ELx405 and EL406 models are robotic compatible.

Additional information on BioTek's washers and xMAP technologies, including application notes, scientific posters, and journal publications may be found here, or by visiting BioTek's Technical Resources web page and entering 'xMAP' into the keyword search.

BioTek Instruments, Inc., headquartered in Winooski, VT, USA, is a worldwide leader in the design, manufacture, and sale of microplate instrumentation and software. BioTek instrumentation is used to aid in the advancement of life science research, facilitate the drug discovery process and to enable cost-effective quantification of disease relevant molecules in the clinic.

More News

  • Researchers Propose New Regulations for Food Packaging Chemicals

    Scientists have proposed a new way to prioritize regulatory review of the more than 15,000 chemicals used in food packaging and other food contact materials, most of which currently lack the safety data needed to protect consumers. read more
  • Brain Activity Mirrors the Shape of Each Breath

    Each individual breath—not just breathing rate—is closely linked to the pattern of electrical activity in brain regions tied to cognition, emotion and memory, according to a new study that could help explain how breathing disorders turn deadly. read more
  • Body's Organs Age in Distinct, Synchronized Waves

    The human body doesn't age at a single, steady pace. Instead, each organ follows its own timeline, and organs that age quickly tend to have "aging partners" that speed up in sync, according to a new study that mapped structural aging across 40 types of tissue. read more