CryoLabels manufactures synthetic cryogenic labels for biomedical research tubes and vials, delivering durable adhesion and high‑quality printing that withstands liquid nitrogen to autoclave temperatures. Their labels are designed for long‑term storage applications such as tissue banks, cord blood, clinical trials, and BSL‑4 facilities, maintaining adhesion through multiple freeze‑thaw cycles.
Funding
Funding not disclosed
Founders
Product
Problem
Biomedical research and clinical labs often store samples in extreme cold environments, but standard labels can degrade, lose adhesion, or become unreadable after repeated freeze‑thaw cycles, leading to misidentification and loss of valuable specimens.
Solution
CryoLabels offers synthetic, premium cryogenic labels specifically engineered for tubes and vials used in biomedical research. The labels provide high‑resolution print quality and a permanent adhesive formulated to bond strongly to polypropylene containers, maintaining legibility from liquid nitrogen temperatures up to autoclave conditions. Their material composition resists multiple freeze‑thaw cycles, ensuring that sample identifiers remain intact throughout long‑term storage in deep freezers or high‑security BSL‑4 facilities. By delivering reliable, durable labeling, CryoLabels helps laboratories preserve sample integrity and traceability without the need for frequent relabeling.
Target Audience
Primary customers are biomedical research laboratories, biobanks, clinical trial sites, and facilities handling high‑containment samples that require reliable long‑term cryogenic labeling.
Features
- Synthetic label substrate designed for cryogenic temperatures ranging from -196 °C (liquid nitrogen) to autoclave heat
- Strong permanent adhesive that bonds to polypropylene tubes and vials, preventing peeling or delamination
- High‑resolution printable surface compatible with standard laboratory label printers
- Resistance to multiple freeze‑thaw cycles, maintaining legibility over years of storage
- Chemical resistance suitable for BSL‑4 and other high‑security storage environments