Take cryostorage to the next level. This vial system features 2D barcode tubes in standard microplate format racks for benchtop use or automated applications.

Enhance aseptic techniques with externally threaded Thermo Scientific™ Nalgene™ General Long-Term Storage Cryogenic Tubes, ideal for research and general lab storage.

Use this versatile tube either inside a large storage system, or in smaller scale when used for traditional cryostorage in dewars.

Maximize coolant retention with Thermo Scientific™ Thermo-Flask™ Benchtop Liquid Nitrogen Containers, which contain inner vessels of borosilicate.

Double storage capacity and cut storage costs by 50%. Dense Storage Options feature standard Cryoboxes that work with standard freezer racks.

Conveniently store standard cryoboxes with these freezer racks, featuring durable stainless-steel and aluminum racks that fit most common upright and chest freezers.

Meet any need and budget with Thermo Scientific™ Cryoboxes.

Store diagnostic and biological samples down to vapor-phase liquid nitrogen in Thermo Scientific™ Nunc™ Non-Coded Cryobank Vial Systems.

Increase valuable laboratory storage space with Thermo Scientific™ CryoPlus™ Storage Systems.

Store samples from general cold storage to the vapor phase of liquid nitrogen with Thermo Scientific™ Nunc™ Biobanking and Cell Culture Cryogenic Tubes.

Economically store up to 6,000 samples in the Locator 6 rack and box system that makes sample retrieval simple and consumes minimum liquid nitrogen.

Fits all Corning vials

Manufactured from polypropylene for stability in extreme temperature conditions. Corning™ Externally Threaded Cryogenic Vials provide a safe and secure vessel for ultra-low temperature storage of valuable cell cultures and biological samples.

Compact design, maximum storage

Thermo Scientific™ Nunc™ 2.0mL Internally-threaded Universal Tubes are available with 2D barcodes, non-coded or both linear and 2D barcodes to serve every need. Now available in a barcoded latch rack.

Store and dispense small amounts of liquid nitrogen with our economical and durable Thermo Scientific™ Thermo Series Liquid Nitrogen Transfer Vessels.

Manufactured from polypropylene for stability in extreme temperature conditions. Corning™ Internally Threaded Cryogenic Vials provide a safe and secure vessel for ultra-low temperature storage of valuable cell cultures and biological samples.

Handle and store samples expertly with Thermo Scientific™ Nunc™ Bank-It™ Vial Systems, featuring laser etched 2D barcodes and standard microplate format racks.

Store and ship samples with Arctic Express dual storage systems, which feature hard-shell shipping containers.

Choice of externally threaded vials with HDPE closures for aseptic technique, or internally threaded vials featuring polypropylene closures with silicone gasket for tight seal

Store cells, tissue and biologicals in a cost-effective manner with Thermo Scientific™ Bio-Cane™ Canister and Cane Systems.

With automatic overflow shutoff valve located inside lid to help prevent cross contamination of regulators and wall vacuum outlets

CryoELITE Vial with Loctagon skirt provides stability in freestanding position, and locks into the CryoELITE Benchmate Rack, making it easy to open and close the vial with one hand.

For storage of internally and externally threaded vials in temperatures to –196°C (–320.8°F)

Protect tubes submerged in LN2 and prevent tube explosion with Thermo Scientific™ Storage Tube Protection.

Suitable for ultra-low temperature storage of both internally and externally threaded cryogenic vials

A robust solution for solid or liquid sample storage, these low-profile tubes are available in configurations that meet your tracking and packaging requirements.

Features a proprietary polyolefin/EVA (Ethyl Vinyl Acetate) film blend that remains flexible at ultra-low temperatures (-196°C)

For easy Identification and storage of cryogenic vials

Allows for continuous uninterupted cooling. Corning™ XT Cooling Core for CoolBox™ XT Workstation provides cooling source workstation when thermo-conductive CoolRack or CoolSink tube and plate module is placed on top.