Taylor Wharton LABS 20K LN2 Freezer System for High-Capacity Cryogenic Biobanking

The Taylor Wharton LABS 20K LN2 Freezer System is engineered for advanced cryogenic biobanking applications, providing long-term molecular diagnostics sample storage with exceptional temperature stability. Designed for biotechnology and biomedical research, it supports both liquid and vapor phase nitrogen storage, optimizing sample viability in large-scale workflows including gene editing and synthetic biology studies.

Key features include:

• Capacity: Accommodates up to 19,500 × 2.0 ml vials, ideal for high-throughput bioprocessing and biomanufacturing sample libraries.
• Temperature Control: Maintains near-liquid nitrogen temperatures with ±0.1°C resolution using discrete thermistors and thermocouples, critical for preserving biomolecular integrity.
• Construction: All stainless steel frame with a single-point aluminum turntable for smooth, ergonomic inventory access; eliminates mechanical maintenance.
• User Interface: Enhanced controller technology enables data collection, event scheduling, and advanced security settings; includes a second temperature monitoring access point.
• Design: Hinged locking lid with automatic defog system for quick inventory viewing; stainless steel tabletop offers a working surface and protects electrical components.
• Efficiency: Engineered for very low LN2 consumption, reducing operational costs while sustaining controlled environment essential in molecular cloning and biopharmaceutical production pipelines.
• Applications: Widely used in clinical diagnostics labs, molecular biology research, and synthetic biology workflows requiring reliable cryogenic preservation of sensitive biological samples.

This LN2 freezer system represents a state-of-the-art solution facilitating secure, large-scale cryogenic storage, essential for live-cell imaging labs, neuroscience institutes, and biotechnology sectors focused on bioprocessing and molecular diagnostics. Manufactured in the USA, the LABS 20K balances high-capacity storage with ease of operation and rigorous temperature stability demanded by modern research facilities.