Save valuable space with Thermo Scientific™ Nunc™ EasyFill™ Cell Factory system. Each 10-layer, single-use system holds the equivalent of 36 T175 flasks. The linear multi-layer cell culture format is easy to use and promotes easy scalability, ideal for both research and…

Bioprinting kits used for the creation of 3D Spheroids. Kit includes: 600 µl vials of NanoShuttle™-PL Spheroid Drive (1) Holding Drive (1) Cell Culture Microplates (choice of clear or black) with cell-repellent surface (2)

Growth kinetics unaltered from laboratory scale culture Sterile, Nunclon® ? Fewer operations per unit of growth surface Reduced contamination risk Space-saving, compact design All cultivation parameters are same in flasks and cell factories Easily adapted to manpower…

The E-Cube System is a simple bioreactor with 8,500 cm 2 cell growth area for growing anchorage dependent cells in only a 25.4 cm x 35.6 cm footprint. Cells grow in Corning parallel-plate CellCube Module on the same treated polystyrene used in Corning culture vessels. The E-Cube System kit…

Growth kinetics unalterted from laboratory scale culture Low contamination risk Compact design 4-, 10- and 40-tray versions for easy scale-up Cell factories are for culturing and nursing of cells via controlled gas distribution. Oxygen demanding and pH sensitive cells may…

TC-Treated 8500 cm 2 growth surface Small footprint The CellCube Module is an encapsulated, sterile, single-use device comprised of a series of parallel, styrene plates joined to create thin, sealed, laminar flow spaces between adjacent plates. Each culture plate receives proprietary…

BiO Assay™ rapidly prints cells using magnetic 3D bioprinting and tracks their dose-dependent response for high-throughput viability testing. This kit combines representative 3D cell culture environments with rapid printing, automated imaging, and high-content analysis to predict…

Further the development of applications that require a more closed cell culture system using Thermo Scientific™ Nunc™ Cell Factory™ Accessories. Reduce the need for open interventions and support the use of aseptic methods for fluid handing relating to filling, inoculation,…

IBI Flow Cells are an affordable, sterile, consumable apparatus for the creation of biofilms and for direct, non-destructive, on-line microscopic examination of biofilms. The gamma irradiated, fully-assembled flow cell assemblies come in an airtight package and only need to be opened and connected…

Magnetic levitation is an easy tool to create native tissue environments in vitro. Cells are magnetized with NanoShuttle™-PL through overnight incubation and dispensed into a cell-repellent dish or multiwell plate, where they are levitated off the bottom by a magnet above the cell-repellent vessel.

Cells magnetised with NanoShuttle™-PL are printed into spheroids and rings. Immediately after printing, these structures will shrink/close, as a function of cell migration, viability and proliferation. Migration is captured using a compact imaging kit (n3Dock) with an iPod™ programmed…

Polystyrene Sterile Length 335mm, Width 205mm 25280 cm 2 culture area 8000mL working volume

Has 6,360cm 2 cell growth area Two 26mm diameter filling ports allow direct access to chamber bottom providing greater flexibility for sterile filling and emptying by pouring, pipetting or via tubing in a fully closed system Standard 3mm threaded caps have 0.2µm pore nonwettable…

The stainless steel Bessman Tissue Pulverizer consists of a 2 component mortar with handles and a pestle, specifically designed for pulverizing 10 - 1000 mg of tissue. After chilling the Pulverizer in liquid nitrogen, the included 28 cm lead hammer is used on the mortar to completely homogenize the…

NanoShuttle™-PL is used to magnetize cells for 3D cell culturing. The cells can be aggregated with magnetic forces, either by levitation or printing, to form structurally and biologically representative 3D models in vitro. Mimicking native tissue environment Rapid 3D model…

96-, 384-, and 1536- Well Spheroid and Holding Drives used to hold down spheroids while adding and removing liquids.