Tarson Autoclavable Polycarbonate Cryo Rack 50 Places

The Tarson Autoclavable Polycarbonate Cryo Rack with 50 places is a specialized storage solution designed to securely hold cryogenic vials in laboratory settings. Crafted from autoclavable polycarbonate, this rack offers durability, chemical resistance, and compatibility with autoclaving, making it suitable for a wide range of cryogenic storage applications.

The cryo rack features a grid-like design with 50 individual places or slots, each specifically sized to accommodate standard cryogenic vials. This allows for the organized storage of multiple vials, optimizing laboratory space and facilitating easy access to stored samples.

Constructed from polycarbonate, the rack offers excellent durability and resistance to a wide range of chemicals, solvents, and temperatures commonly encountered in cryogenic storage environments. Additionally, its autoclavability allows for easy sterilization between uses, ensuring the maintenance of sterile conditions and preventing cross-contamination.

The Tarson Autoclavable Polycarbonate Cryo Rack is designed with user convenience in mind, featuring a stable base that provides support and prevents tipping during use. Its compact footprint allows for placement in laboratory freezers or cryogenic storage systems, while its lightweight construction enables easy transport and handling.

Additionally, the cryo rack is easy to clean and maintain, allowing for effortless removal of residue and contaminants between uses. Its durable materials and corrosion-resistant design ensure reliable performance and longevity, making it an essential tool for cryogenic sample storage and management in research laboratories, clinical settings, and biorepositories.

Overall, the Tarson Autoclavable Polycarbonate Cryo Rack with 50 places offers researchers a reliable and efficient solution for cryogenic sample storage. Its durable construction, chemical resistance, and user-friendly design make it an indispensable accessory for preserving the integrity and viability of valuable biological samples.