IBI Scientific BDRLS0004 Belly Dancer Shaker with 2-nd Story Platform

IBI Scientific, BDRLS0004, Belly Dancer Shaker with 2-nd Story Platform, 220V

BDRLS0004 Includes Only:

• The Belly Dancer 220 V unit (BDRAA220S)
• The 2nd Story Platform Kit (ACCAA0001)
• Flat power cord
• White silicone mat
• Operation manual

Features:

• Adjustable speed (0 - 100 RPM) and Platform Pitch Control (0 - 8°)
• The standard platform is 12" x 12" and holds up to 20 lbs
• Operates in cold rooms and CO2 incubators (0 - 40° C)

The unique, undulating motion of The Belly Dancer orbital shaker is designed to provide the optimal movement for tissue culture, staining and destaining gels, Northern, Southern, or Western blotting, and immunoprecipitation. The simple liquid agitation system consists of an orbiting platform flexibly anchored at four corners so that the platform motion, when adjusted by the Platform Pitch Control collar, is an extremely effective combination of rocking platform mixer and orbital shaker. Agitation is gentler but more efficient than the action of ordinary shakers. The smooth combination of vertical and horizontal orbital motion allows for a more rapid exchange of solvents in applications like staining and destaining gels and protects sensitive cell lines from sheering in cell culture.

The Belly Dancer shaker has a simple, durable construction and is made of chemically resistant materials including stainless steel and anodized aluminum parts with a high bake ester finish on the case. The Belly Dancer comes with an open-sided platform to accommodate oversized containers and a removable, washable non-skid platform mat. The flat power cord can also pass through the door gasket of incubators without compromising the environment. The platform can easily be adjusted with the Platform Pitch Control collar from level motion to an 8° pitch. The Belly Dancer can hold up to 20 lbs. with extremely quiet operation. The ambient operating temperature range is 0° C to 40° C. The speed varies from 0 to 100 rpm with no cogging at slow speeds.