Taylor Wharton by IC Biomedical 10K LN2 Freezer with CS200 Controller for Cryogenic Sample Storage

The Taylor Wharton by IC Biomedical 10K Liquid Nitrogen (LN2) Freezer is a specialized cryogenic storage solution designed for biobanking and molecular diagnostics, accommodating up to 10,400 vials of 2.0 ml volume. This unit integrates a CS200 Controller featuring intuitive touch controls, enabling precise vapor or liquid nitrogen phase management critical for maintaining sample integrity in bioprocessing and gene editing workflows.

Key technical features include:

• Stainless steel vacuum vessel with superior vacuum retention, ensuring long static holding times and reduced LN2 evaporation rates critical in clinical diagnostics and synthetic biology research.
• Durable powder-coated steel cabinet for robust laboratory environment resilience.
• Modular design with mounted casters for mobility within biosafety and biotechnology labs.
• Wide neck opening facilitates easy access during live-cell imaging sample storage and other biomedical applications.
• Includes fill hose and adapter for efficient LN2 replenishment, ensuring continuous operation in molecular cloning workflows.
• Compatible with aluminum racks in vapor phase storage to maintain optimal cryo conditions.

Dimensions and storage specifics:

• Clearance required with lid open: 1753 mm (69.0 in) height, 864 mm (34.0 in) depth.
• Supports 2.0 ml vials with 12.5 mm O.D. internal thread, including both 5x5 inch 100/81 cell boxes and 3x3 inch 25 cell boxes, making it ideal for diverse biomanufacturing and synthetic biology sample organization.
• Backed by a 5-year vacuum warranty, affirming system reliability in long-term molecular diagnostics and biopharmaceutical production pipelines.

This cryogenic freezer is widely adopted in biotechnology laboratories requiring critical cryogenic preservation of biological samples, DNA/RNA libraries, and blood products. Its advanced vacuum performance and customizable inventory systems support demanding applications from clinical diagnostics to neuroscience research.