Taylor Wharton 24K Liquid Nitrogen Freezer with CS200 Controller for High-Capacity Cryogenic Sample Storage

The Taylor Wharton 24K Liquid Nitrogen (LN2) Freezer, equipped with the advanced CS200 Controller, is designed for high-capacity cryogenic storage of up to 24,050 vials (2.0 ml each), making it essential for robust biobanking and molecular diagnostics workflows. This unit supports both vapor and liquid phase storage, providing flexibility for diverse cryopreservation needs in biotechnology, synthetic biology, and clinical diagnostics applications.

Key features include:

• Stainless steel vacuum vessel ensures superior thermal insulation and long hold times for liquid nitrogen, critical for bioprocessing and biomanufacturing environments.
• Durable powder-coated cabinet protects against corrosion in demanding laboratory conditions.
• Modular design supports customized inventory systems suitable for gene editing and live-cell cryopreservation.
• Wide neck opening facilitates easy access and sample handling, minimizing temperature fluctuations essential for sensitive cell imaging and fluorescence analysis protocols.
• Intuitive touch control system (CS200 Controller) provides precise monitoring and operational control, enhancing safety and reliability in long-term cryogenic storage.
• Includes fill hose and adapter for simplified LN2 refilling processes.
• Mounted casters for ease of mobility within biotechnological or clinical research facilities.
• Backed by a 5-year vacuum warranty, ensuring sustained vacuum integrity critical for maintaining sample viability.

Technical specifications address efficient vapor-phase storage with mandatory aluminum racks and support both 100/81 cell boxes (5”x5”) and 25 cell boxes (3”x3”) compatible with 2.0 ml vials (12.5 mm outer diameter, internal thread). The unit’s design minimizes evaporation rates and temperature gradients, enhancing sample stability.

This cryogenic freezer is widely used in molecular biology laboratories, biomedical engineering, and biopharmaceutical production pipelines where reliable LN2 storage is crucial for gene editing sample preservation, synthetic biology research, and molecular diagnostics workflows. Its performance reliability and user-friendly controls make it a preferred choice for researchers demanding secure, high-volume biostorage solutions.