CryoPlus 2 Automated Storage

The Thermo Scientific CryoPlus™ 2 Automated Storage System is a high-capacity cryogenic sample storage platform designed to provide secure, organized, and efficient storage of valuable biological materials at ultra-low temperatures. Engineered for biobanking, clinical research, pharmaceutical, and life science laboratories, the CryoPlus 2 automates cryogenic storage workflows while improving sample protection, traceability, and inventory management.

Designed to support long-term preservation of sensitive biological samples, the CryoPlus 2 combines automated sample organization with dependable temperature control and efficient retrieval capabilities. Its high-density storage design helps laboratories maximize storage capacity while minimizing manual handling and reducing the risk of sample loss or contamination.

Key Features & Benefits

• Automated cryogenic sample storage – Streamlines long-term sample preservation workflows
• Ultra-low temperature storage – Protects sensitive biological materials and maintains sample integrity
• High-density storage capacity – Maximizes storage efficiency within laboratory environments
• Improved sample traceability – Enhances inventory tracking and sample organization
• Reduced manual handling – Minimizes contamination risk and operator interaction
• Reliable temperature stability – Supports secure long-term sample preservation
• Efficient sample retrieval – Simplifies access to stored samples and inventory management
• Designed for demanding laboratory environments – Ideal for high-throughput biobanking and research applications

Applications

• Biobanking and biorepository storage
• Clinical and translational research
• Genomics and molecular biology sample preservation
• Pharmaceutical and biotech sample storage
• Cell and tissue storage workflows
• Long-term biological specimen archiving
• Cryogenic sample management
• Research laboratory cold storage

The Thermo Scientific CryoPlus 2 Automated Storage System combines reliable cryogenic preservation, automated sample organization, and efficient high-density storage in one advanced platform, making it an ideal solution for laboratories requiring secure long-term storage of critical biological samples.