Taylor Wharton LABS 80K LN2 Freezer System with Locking Double Steps and CS Series Controller

The Taylor Wharton LABS 80K LN2 Freezer System is engineered for high-volume cryogenic storage, ideal for biotechnology, molecular diagnostics, and biopharmaceutical production requiring reliable preservation of large sample inventories. This cryogenic storage system accommodates up to 79,300 2ml vials with a robust 1,350 liters liquid nitrogen (LN2) capacity, ensuring sustained ultra-low temperatures critical for cell imaging, synthetic biology, and molecular cloning workflows.

Key technical features include:

• Dual-phase LN2 storage in liquid and vapor phases, maintaining near LN2 temperatures at the inventory top for sample viability.
• Ergonomic single pivot aluminum turntable enabling smooth rotation and straightforward inventory access without mechanical maintenance, supporting efficient cryo inventory management.
• Hinged, lockable lid with sealed coating, integrated automatic defog function, and stainless steel work surface, providing convenient operation and protection for sensitive sample handling.
• Advanced CS Series control system offering precise thermistor level measurement and thermocouple temperature resolution of 0.1°C, with capabilities for data logging, event scheduling, and enhanced sample security—crucial for clinical diagnostics and bioprocessing environments.
• Integral folding double steps with slip-resistant surfaces for safe access, alongside flexible fill hose equipped with dual swivel connectors for streamlined LN2 replenishment.

The system's dimensions include a 59.5" outside diameter and 30" usable internal height, optimized for laboratory footprint efficiency. It supports a variety of rack configurations facilitating versatile inventory load-outs, perfect for live-cell imaging sample preservation and long-term synthetic biology storage requirements.

This LN2 freezer system is a critical asset in biotechnology and molecular biology research laboratories, providing exceptional storage capacity combined with sophisticated cryogenic temperature control technology to meet the rigorous needs of advanced biomedical engineering and molecular diagnostics workflows.