Cryo Rack

Clinivex presents a range of Cryo Racks designed to address the crucial needs of laboratories and research facilities engaged in sample cryopreservation. These racks are essential for maintaining the integrity and viability of valuable biological specimens in ultra-low temperature storage conditions.

Our Cryo Racks are engineered to provide precise temperature uniformity, ensuring that your cryopreserved samples remain at the ideal storage temperature.

We prioritize durability in laboratory equipment. Clinivex Cryo Racks are built with robust materials to withstand extreme cold temperatures and harsh laboratory environments, ensuring they last for extended periods.

The racks are designed with compartments, grids, and indexing systems that allow efficient organization of cryovials and other sample containers. This minimizes the risk of cross-contamination and simplifies access to specific samples.

Clinivex Cryo Racks feature comfortable handles and grips, making them easy to transport within the lab and during sample transfer. This ergonomic design reduces the risk of accidents and ensures safe handling.

We provide Cryo Racks in various sizes and configurations to meet diverse laboratory needs. Whether you need a compact rack for a small number of samples or a large rack for high-capacity storage, Clinivex has a solution.

Many of our Cryo Racks incorporate transparent materials, allowing you to visually inspect your samples without having to open the container. This is especially valuable when you need to identify and access specific samples rapidly.

Clinivex Cryo Racks are crafted to be your dependable partner in sample cryopreservation, offering the assurance that your samples remain intact and viable. Whether you're involved in biological research, clinical diagnostics, or other laboratory procedures that require ultra-low temperature storage, our Cryo Racks ensure your samples are stored safely and can be accessed with ease. Rely on Clinivex for laboratory solutions that prioritize sample safety and organization in cryogenic conditions.