Genie

The Non-Skid Tray for the Enviro-Genie and the Incubator-Genie attaches to the Magnetic Platform (Part No. SI-1320) to rock open containers. The No...

3-inch Platform w/o Rubber Cover

Kit for PCR Plates for MicroPlate and Multi-MicroPlate Genie

Pop-off Cup

Blank Foam Inserts

9-16mm Tube Foam Inserts

14-29mm Tube Foam Inserts

29-37mm Tube Foam Inserts

Recessed Platform

The Digital Vortex Genie 2 for Applied Biosystems is a specially configured mixer for Applied Biosystems' Microplate Protocols ONLY. The Microplate...

Vigorous mechanical cell disruption device. Dramatically increases the disruption efficiency of the disruption beads, glass or zirconia-silica, bec...

Digital cell disruptor with complete control of speed and time. Ideal for releasing biological molecules from inside a cell. More than vortexing al...

Exclusive precise vortex orbit guarantees true vortexing action in each well of the microplate, at all times. Accurate speed and time control guara...

Our most programmable Vortex-Genie with digital control and display of speed and time. Provides precise mixing action at all times. Supplied with c...

Spherical lead free soda lime glass beads are available for use with the Disruptor Genie® or TurboMix™ attachment (used with any Vortex-Genie® 2 Mi...

Spherical lead free soda lime glass beads are available for use with the Disruptor Genie® or TurboMix™ attachment (used with any Vortex-Genie® 2 Mi...

Mini-100 Orbital-Genie with a 11.4”x11.4” (290x290mm) non-slip, rubber-coated platform with spill-proof edges is ideal for gentle shaking applicati...

Heavy duty standard footprint Orbital-Genie with Adhering Mat provides a flat platform with adhering rubber mat perfect for use with open container...

Heavy duty standard footprint Mini-300 Orbital-Genie for Standard Flask Clamps is ideal for applications using various size flasks or beakers with ...

Heavy duty standard footprint Mini-300 Orbital-Genie Ratcheting Clamps provides the flexibility for using a mix of different size and shape vessels...

For large capacity shaking with variable speed control from gentle orbital shaking to vigorous vortexing. Tough metal housing and heavy zinc die ca...

Heavy duty large footprint Orbital-Genie With Adhering Mat provides a flat platform with adhering rubber mat perfect for use with open containers a...

Heavy duty large footprint Orbital-Genie for Standard Flask Clamps is ideal for applications using various size flasks or beakers. Unit is fully pr...

Heavy duty large footprint Orbital-Genie Ratcheting Clamps provides the flexibility for using a mix of different size and shape vessels on a single...

Programmable Magnetic Stirrer features four modes: Manual, Automatic, Profiles and Setup. Can be programmed from simple to complex laboratory appli...

Universal Microtube Holder

Combines rocking and rotating in one rugged and versatile design. Magnetic Stainless Steel Platform and Clip Plate System holds a variety of contai...

6 Clip Plates for 6 each 15-17mm tubes

One metal clip plate to accommodate up to 12 tubes with a diameter of 10-13mm. A maximum of 8 clip plates, 4 per side, may be attached to the Magne...

Stackable Wire Rack for Enviro-Genie

Plastic box with hinged lid holds up to (100) 1.5ml or 2.0ml microtubes. A maximum of 4 boxes, 2 per side, can be attached to the Magnetic Platform...

Metal clip plate to accommodate up to 4 100-ml Volumetric Flasks. This can be attached to the Magnetic Platform for use with the Roto-Shake Genie, ...

The 3-D Orbital Shaker Attachment for the Roto-Shake Genie provides gentle yet thorough mixing of dishes, flasks, beakers and open containers. It m...

A tall non-skid metal tray that can be stacked onto the Roto-Shake Genie's existing tray (supplied with product) to ROCK various containers includi...

This accessory adds horizontal orbital shaking capability to the Roto-Shake Genie with variable speed of 15-100RPM, which is ideal for Western Blot...

The Enviro-Genie is a Refrigerator / Incubator /Rotator / Rocker / Stirrer for the study of microorganisms and tissue cell growth under strictly co...