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  • The VBLOK200 is a polypropylene ANSI/SLAS-format 200ml capacity (283ml max) V-bottomed polypropylene reservoir with a dead volume less than 1ml. It can be used as a standard reservoir or as a collection plate. Supporting features on the top perimeter allow for inverted microplates to be centrifuged…

  • These aluminum adapters fit with a semi-skirted PCR plate to adapt it to a SBS automation footprint. We offer a variety of adapters that are made to fit different plates.

  • ClickBio

    The XBLOK Double Lid is a double sided polypropylene lid designed for use with Clickbio's XBLOK630, 650, and 2235 plates.  This automation-friendly lid is designed to reduce evaporative loss.  Please note that this lid is not liquid or gas-tight. 

  • The XBLOK650 is a polypropylene ANSI-SLAS footprint plate with 6 x 50 mL wells.  The well shape is based on common 50 mL conical tubes.  Ideal for large volume sample prep, tissue homogenization, or suspension cell culture workflows.  

  • 24 position tube rack for 2 mL FluidX Vials. Anti-spin features allow for easy robotic capping and de-capping. Thermally conductive for temperature control.

  • ClickBio

    Made from polyether ether ketone. Exceptional wear, chemical, and thermal resistances. Nominal capacity: 500 mL. The PEEK Rservoir is intended for applications with challenging chemical, biological, or thermal pricess requriementss.

  • Designed to remove large volumes of liquid waste from automation systems. Designed to reduce operator exposure to liquid wastes with a disposable VBLOK reservoir. Please note that this system requires either house vacuum or a standalone vacuum pump and liquid trap for operation.  We recommend…

  • ClickBio’s NEW Automatic Fill Station is an on-deck reservoir that continuously replenishes itself from an off-deck reservoir. This allows a single deck position to supply an unlimited volume of reagent. The Media Fill Station is a liquid handler compatible solution to provide a…

  • ClickBio

    The XBLOK630 is a polypropylene ANSI-SLAS footprint plate with 6 x 30 mL wells.  The well shape is based on common 50 mL conical tubes.  This is a low profile variant of the XBLOK650, designed for automation workflows with reduced height (z-axis) clearances or lower volume…

  • Designed for use with ClickBio's XBLOK2412. Intended to normalize evaporative loss across the plate. Inverted chimney design directs condensate back into the well.

  • The XBLOK2412 is a polypropylene ANSI-SLAS footprint plate with 24 x 12 mL wells.  It is ideal for parallel fermentation and sample preparation workflows. 

  • Compatible with ClickBio's Automatic Fill Station. Replacement Tubing Sets for pump fill and drain tubes.

  • Compatible with Hamilton HHS. Mounting pattern may be customized for compatablility with heating, cooling, and shaking devices from any manufacturer

  • Large volume, low profile reservoir is : 8, 12, 96, and 384 tip automation compatible. 1 liter maximum capacity for extended runs or large volume protocols. Designed for workflows wth large volume reagent requirements on instruments with low overhead clearance.

  • This an ANSI-SLAS footprint magnetic device designed to quickly separate magnetic particles in suspension.  Designed with dual plate positions, position one collects beads at the side of the well, allowing efficient washing.  Position two collects beads at the bottom of the well, allowing…

  • ClickBio

    Compatible with Inheco heater/shaker units. Mounting pattern may be customized for compatibility with heating, cooling, and shaking devices from any manufacturer.

  • Designed for maximum volume recovery with "V" shaped channels for each row of pipette tips.

  • The XBLOK2235 is a polypropylene ANSI-SLAS footprint plate with two 235 mL wells.  Designed to mimic the shape of a 250 mL shaker flask, this is ideal for fermentation workflows.  Single-dual lids sold separately (CBXBLOKDL-1).

  • Intended to allow reproducible and secure positioning of 1.5, 2.0, and 5.0 mL microcentrifuge tubes in automation workflows. The tube is held securely in the open position, with the cap located in the adjacent slot to prevent interference. Two models available: 1.5 and 2.0 mL version holds 24 tubes…

  • This an ANSI-SLAS footprint magnetic device designed to quickly separate magnetic particles in suspension.  Designed with dual plate positions, position one collects beads at the side of the well, allowing efficient washing.  Position two collects beads at the bottom of the well, allowing…

  • ClickBio's Bottomless Waste Station  Designed to remove large volumes of liquid waste from automation systems.  Designed to reduce operator exposure to liquid wastes with a disposable VBLOK reservoir. Please note that this system requires either house vacuum or…

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