Swinging Bucket Centrifuge Rotor body compatible with Thermo Scientific general purpose centrifuges
Applications: cell culture, blood tubes and tissue culture
Available ClickSeal Biocontainment lids for sample protection, one-handed open/close operation for left- or right-handed operators
Wide range of lids, adapters and microplates available
Provides unmatched capacity and application flexibility
Capacity: 4 x 180 mL, 4 x 100 mL, 4 x 400 mL, 2 x 3 Standard; 2 x 1 Deepwell Plates, 2 x 5 Standard Plates, 28 Standard; 8 Deepwell Plates, 4 x 145 mL, 4 Standard; 2 Deepwell Microplates, 12 x 2 mL, 8 x 15 mL, 16 x 15 mL, 4 x 750 mL, 4 x 1000 mL; 24 Microplates
Max Relative Centrifugal Force (RCF): 3,940 x g, 2,590 x g, 5,580 x g, 4,696 x g, 2,272 x g, 6,168 x g, 1,840 x g, 3,260 x g, 2,576 x g, 16,438 x g, 3,215 x g, 4,816 x g, 4122 xg
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.