Cryogenic and Freezer Boxes
Cryogenic and Freezer Boxes
Cryogenic and freezer boxes, available in either polycarbonate or water repellent fiberboard, are used to store materials in ultra-low or cryogenic freezers. Typically made from cold-resistant fiberboard or plastic resins, they usually have drainage holes to facilitate removal of melted ice or liquid nitrogen.
Fiberboard freezer boxes can be fitted with dividers that are designed to fit various sizes of tubes ranging from PCR vials to 50-mL centrifuge tubes. Most fiberboard boxes are about 5 inches square with heights (including lids) from 2 to 5 inches.
Polycarbonate cryogenic vial storage boxes can be configured with clear covers for easy sample identification. Plastic cryogenic freezer boxes may have clear covers for easier sample identification. Open or clear bottoms allow for bar code scanning. Lids are also sometimes printed with a grid design and space to note information about the samples in specific positions. Plastic storage boxes may have separate or attached (hinged) lids for convenience.
Cryogenic and freezer boxes are available in assorted colors.
Alternatives to boxes include aluminum storage canes for cryostorage tubes and cell freezing containers for controlled freezing of cell samples.
Fisherbrand™ Cardboard Cryobox Inserts, 133mm
Combine these inserts with Cryoboxes for flexible cell storage and sample handling. Fisherbrand™ Cardboard Cryobox Inserts feature ultra-low temperature resistant cardboard with water repellent finish for sample storage.
Thermo Scientific™ Fiberboard Box Dividers for Ultra-Low Temperature and Cryogenic Freezers
Organize vial storage within cryo boxes with these fiberboard box dividers.
Promotions are available
Thermo Scientific™ CryoBoxes™
Meet the needs of any budget with plastic or cardboard CryoBoxes™ designed to store cryogenic vials and tubes.
Fisherbrand™ Cardboard Cryobox Inserts
Combine these inserts with Cryoboxes for flexible cell storage and sample handling. Fisherbrand™ Cardboard Cryobox Inserts feature ultra-low temperature resistant cardboard with water repellent finish for sample storage.
Fisherbrand™ Polypropylene Cryogenic Storage Box
Store up to 81 microtube and cryogenic vials in vibrantly colored boxes. Fisherbrand™ Polypropylene Microtube Storage Boxes are designed for quick visual identification and easy access within a compact footprint. Safe for low temperature storage.
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Fisherbrand™ Cardboard Cryo Boxes with Water-Repellant Standard Coating
Combine these boxes with different grid inserts to hold a wide range of tube sizes. Fisherbrand™ Cardboard Cryo Boxes with Water-Repellant Standard Coating are temperature resistant down to -80°C, ideal for ultra-low temperature storage.
Wesbart™ Cardboard Cryoboxes
Wesbart cryogenic boxes are made from fibreboard cardboard and are water-repellent for longer durability.
Fisherbrand™ Cardboard Cryoboxes
Combine these boxes with different grid inserts to hold a wide range of tube sizes. Fisherbrand™ Cardboard Cryo Boxes are temperature resistant down to -80°C, ideal for ultra-low temperature storage.
Fisherbrand™ Cardboard Cryoboxes, 136mm
Combine these boxes with different grid inserts to hold a wide range of tube sizes. Fisherbrand™ Cardboard Cryoboxes are temperature resistant down to -80°C, ideal for ultra-low temperature storage.
Fisherbrand™ Flatpack Freezer Boxes
Outlasts carboard alternatives and reduces the chance of mould growth. Fisherbrand™ Flatpack Freezer Boxes can freeze and thaw multiple times without a problem.
Fisherbrand™ Polypropylene Cryoboxes
Use these polypropylene boxes with grid inserts for ultra-low temperature storage. Fisherbrand™ Polypropylene Cryoboxes are ideal for sample storage and transportation.
Fisherbrand™ Cryobox
Robust hinge with safe snap-on lid, stackable
Fisherbrand™ 100-Well Microtube Storage Boxes
Stores small vials and microtubes. Fisherbrand™ 100-Well Microtube Storage Boxes keep contents in place with snap-close hinged lid.
Fisherbrand™ Cryogenic Vial Storage Boxes
Suitable for ultra-low temperature storage of both internally and externally threaded cryogenic vials