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Benchtop digital orbital shaker operates at speeds between 25 to 500rpm for uniform mixing with a smooth continuous circular motion
Continuous or timed shaking between 0.1 to 99.9 hours with automatic shut-off for ease of operation
Orbital motion range of 1.9cm/0.75" to ensure even mixing
Triple-eccentric counterbalanced drive in cast iron housing with nine permanently lubricated ball bearings for low maintenance and long-life
Innova 2100 models are compatible with a choice of 46 x 46cm/18 x 18" (W x D) platforms (sold separately) that handle up to two, 6L Erlenmeyer flasks and come with pre-installed clamps (dedicated platform) or without (universal platform); Innova 2150 models are compatible with a choice of 61 x 46cm/24" x 18" (W x D) platform that accepts up to three, 6 L Erlenmeyer flasks and come with pre-installed clamps (dedicated platform) or without (universal platform)
The Eppendorf M1194 Series Innova 2100 and 2150 benchtop digital orbital shakers operate at speeds between 25 to 500rpm, and have continuous or timed shaking with automatic shut-off, an orbital motion range of 1.9cm/0.75", and a triple-eccentric counterbalanced drive. The Innova 2100 models are compatible with a choice of 46 x 46cm/18 x 18" (W x D) platforms (sold separately) made of either aluminum or phenolic resin, that accept up to two, 6L Erlenmeyer flasks and come with pre-installed clamps (dedicated platform) or without (universal platform). The Innova 2150 models are compatible with a choice of 61 x 46cm/24" x 18" (W x D) platform made of phenolic resin, that accept up to three, 6L Erlenmeyer flasks, and come with pre-installed clamps (dedicated platform) or without (universal platform). Continuous shaking or timed shaking between 0.1 to 99.9 hours with automatic shut-off provides ease of operation. The orbital motion provides uniform mixing with a smooth continuous circular action. The easy-to-use membrane keypad with LED display provides clear readings. The triple-eccentric counterbalanced drive in a cast-iron housing with nine permanently lubricated ball bearings provides low maintenance and long-life. Enclosed electronics and mechanical components prevent internal damage from accidental spills. The low profile of the unit enables multiple shakers to be used in an environmental chamber. This shaker conforms to the Underwriters Laboratories (UL), Canadian Standards Association (CSA), and European Conformity (CE) marking standards. Applications for this shaker include culturing a wide range of cell types. Laboratory shakers agitate liquids during laboratory procedures. These devices can be analog or digital and are typically an automated, electrically powered, countertop unit that shakes liquid in lab containers, such as flasks, funnels, or test tubes. Some shakers can operate inside fume hoods, incubators, refrigerators, or other laboratory devices, and can include controls for the frequency and/or degree of movement. The types of shakers include: orbital, rocking, rolling, rotating, and wrist action. The most common orbital shaker provides a smooth, continuous, circular motion, sometimes with a tilt angle, for uniform mixing of contents. The rocking shaker creates gentle uniform mixing with a see-saw, or up and down, motion. Reciprocating, or rolling, shakers provide a horizontal side-to-side motion with simple agitation of samples. A rotating, or rotisserie, shaker provides samples with a rotating action that moves in a circular motion. Wrist-action shakers duplicate the effect of hand mixing with "arms" on each side of the unit. Some shakers have the ability to incubate or refrigerate samples while providing shaking action. Eppendorf manufactures instruments for cell manipulation and automated devices for liquid handling, for use in life science research laboratories. The company, found in 1945, is headquartered in Hamburg, Germany.