Rockers and Rotators
Bellco Glass, Inc. Universal Tray,25x25cm (25mL - 2L clamps)
Flask clamps and universal platforms for shakers. Fits onto standard platforms. Purchase individual pieces to build various configurations. Stainless Steel universal tray 25x25cm (25ML - 2L CLAMPS). MADE IN THE USA
Chemglass Life Sciences Accessory: Stacking Platform (4.5" Clearance)
Accessory: Stacking Platform (4.5" Clearance) (for CLS-4026-010 BenchWaver Rocker, Undulating, 3D Laboratory, 120V)
Research Products International Corp Extra Platform for Rocking Shaker
For use with Rocking Shaker, 12 x 16 Inches
Thomas Scientific MAGic Clamp Universal Platform (for XL model) for flasks & tube racks (16 x 16.5")
Designed to fit and maximize capacity in most CO2 incubators Remote controlled, adjust settings without disrupting the CO2 environment Horizontally circular 19mm orbit for aeration & mixing Instantly exchange flask clamps with MAGic Clamp™ accessories (PATENTED) Full color TOUCH screen control panel The Orbi-Shaker CO2 is designed for shaking, mixing and aeration applications in extreme environments, including CO2 incubators. It can withstand temperatures from 0 to 60°C and humidity levels up to 100%. To avoid contamination, unintentional release of gas or deviations from protocol, both speed and time are set via the included remote control module. The remote controller allows the user to set and adjust the shaker settings without opening the chamber door(s). The instrument is supplied with a non-slip rubber mat platform. In addition, convenient MAGic Clamp™ platforms (of multiple sizes) are also available for use with Erlenmeyer fla
Biosurface Technologies Corp Dual Channel Transmission Flow Cell (aluminum flow channel; platform stage mount), for Growing and Imaging of Biofilms.
"The models FC 280 and 281 flow cell design is based on the FC 81 Single Channel Transmission Flow Cell but accommodates two growth channels. This design allows biofilms to be grown side by side for duplicate or “control–treatment” experiments. Biofilms growing in each channel can be easily compared microscopically by simply moving the microscope stage backward or forwards. The body of the flow cell consists of a polycarbonate flow channel. Glass viewing ports allow transmitted, reflected, fluorescent, and confocal microscopy of biofilm growth in the flow channels. All units are autoclavable and re-useable.The viewing windows consist of a no.2, 24x60 mm cover slip. The opposing viewing window consists of a standard 75 x 25x 1 mm glass microscope slide. The glass viewing windows are held in place by an aluminum cover plate. The cover plates also compress the silicone rubber gasket to provide a leak-proof flow cell.