Taylor Wharton 10K Liquid Nitrogen Freezer with CS200 Controller and Gas Bypass for Cryogenic Sample Storage

The Taylor Wharton 10K LN2 Freezer is an advanced cryogenic storage system specially designed for biotechnology, clinical diagnostics, and molecular biology laboratories requiring reliable cryostorage of up to 10,400 2.0 ml vials. This liquid nitrogen freezer incorporates a stainless steel vacuum vessel offering superior vacuum insulation and extended static holding times critical for bioprocessing and molecular diagnostics workflows.

Key features include:

• CS200 intuitive touch controller for precise temperature regulation and monitoring, ensuring sample integrity during long-term storage.
• Dual vapor or liquid phase storage capability improves flexibility for various cryopreservation protocols used in gene editing and synthetic biology research.
• Integrated gas bypass system optimizes LN2 fill efficiency and minimizes evaporation, enhancing energy efficiency vital in biomanufacturing facilities.
• Durable powder-coated cabinet and modular design facilitate easy access and maintenance, with mounted casters enabling ergonomic mobility within laboratory environments.
• Comes standard with fill hose and adapter for convenient LN2 replenishment.
• Designed to accommodate both 5 in. x 5 in. and 3 in. x 3 in. cell boxes, compatible with multiple vial formats commonly used in live-cell imaging and molecular cloning applications.
• 5-year vacuum performance warranty underscores product reliability and longevity.

This liquid nitrogen freezer is widely adopted in synthetic biology research and critical in biopharmaceutical production pipelines for the preservation of sensitive biological samples such as cell cultures, stem cells, and reagents. The usage of aluminum racks is recommended for vapor phase storage to maintain optimal sample protection.

Ideal for research professionals engaged in neuroscience, biotechnology, and clinical diagnostics, this LN2 cryogenic storage unit supports stringent sample preservation requirements and robust cryogenic workflows fundamental to cutting-edge biomedical engineering and molecular biology laboratories.