Thermo Scientific TSE 600D Ultra Low Temperature Freezer for Biomedical Sample Storage

The Thermo Scientific TSE 600D Ultra Low Temperature Freezer is engineered for reliable preservation of temperature-sensitive biological samples in biotechnology, molecular diagnostics, and biomedical research. Featuring a 28.0 cubic foot (793 L) capacity, this ultra low temp freezer maintains stable temperatures between -50°C and -86°C with a precision tolerance of ±2°C, critical for long-term storage of RNA, DNA, enzymes, and reagents essential in gene editing and synthetic biology workflows.

Key features include:

• Microprocessor-controlled digital display at eye level for intuitive temperature monitoring and control.
• Foamed-in-place insulation combined with advanced refrigeration ensures consistent thermal performance and energy efficiency.
• Four inner chambers with independent seals optimize cold retention and sample organization, supporting up to 600 2" boxes.
• Heavy-duty shelving supports up to 125 lbs (57 kg) per shelf, accommodating large batch storage requirements typical in biopharmaceutical production pipelines.
• Comprehensive alarm system with user-programmable high/low temperature alerts, probe failure detection, door ajar warnings, and hot condenser alerts to safeguard sensitive samples.
• Ergonomic, easy-open door handle equipped with a key lock for enhanced security in clinical and research environments.
• Electrical specifications: 208/230V, 60 Hz, 12A power supply suitable for standard laboratory installations.

This freezer is widely adopted in cell imaging labs, clinical diagnostics centers, and bioprocessing facilities where sample integrity and reproducibility are paramount. The TSE 600D supports stringent cold chain protocols, making it essential equipment for molecular cloning workflows and synthetic biology research requiring ultra-low temperature conditions.

The product package includes shelves, a new filter, a new battery, and a temperature validation report, ensuring lab-ready deployment with full operational confidence. The freezer’s robust construction combined with precise temperature regulation makes it a critical asset in academic and industrial biotechnology research, live-cell preservation, and biomanufacturing applications.