MaxQ 6000 Orbital Shakers available in incubated or incubated/refrigerated models include two adjustable shelves for increased storage capacity; requires universal (without clamps) or dedicated platforms (pre-installed clamps)
Large viewing window and internal light for sample visibility minimizes need for frequent door openings
Platform: 18" x 18" stainless steel; stackable with adapter set (sold separately)
Speed Range: 15 to 500 rpm, ±1 rpm
Temperature Range: −5°F to +140°F (Incubated/Refrigerated models); 50°F to 140°F (Incubated models)
Voltage: 120 V, 240 V
Type: Incubated, Incubated/Refrigerated
Temperature Range: Ambient +10 to 80°C, Ambient -15 to 80°C
Incubating shakers control temperature during shaking procedures. Select models are stackable and feature a HEPA filter.
Incubated/Refrigerated
Incubated/Refrigerated shakers, for use in eukaryotic applications, are available in benchtop and upright models. Select models combine orbital shaking with general-purpose temperature controlled processing.
Arctic Express Cryogenic Dry Shippers by Thermo Fisher Scientific use absorbent material to prevent LN2 spills during shipment; models have an 8-, 14- or 23-day static holding times.
Bio-Cane
Bio-Cane Cryogenic Storage Systems by Thermo Fisher Scientific are durable aluminum Dewars that use a system of color-coded canes loaded with cryogenic vials. Units store up to 2000 vials in liquid nitrogen.
Compact Digital Mini Rotator
Compact Digital Mini Rotators with a 9.8” x 9.8” platform provides smooth, quiet horizontal mixing of various size tubes; models fit inside non-CO2 incubators, chambers and refrigerators (up to 60°C).
Locator
Locator Cryogenic Storage Systems by Thermo Fisher Scientific maximize long-term storage and simplify sample retrieval by indexing samples into racks; available in four LN2 capacity sizes.
Thermo Flask
Thermo-Flask Benchtop Liquid Nitrogen Containers are designed for easy pouring during workbench applications such as cold traps; Capacities up to 4.5L.
Medifuge
Thermo Fisher's Medifuge is designed to perform routine clinical spin-downs with the flexibility to handle life science separations. Four customizable programs with three selectable deceleration profiles optimize separation.