Nihon Freezer CVF-78HC MY-BIO Compact Ultra-Low Temperature Freezer ~70L

The Nihon Freezer CVF-78HC MY-BIO is a compact ultra-low temperature freezer designed for precise cryogenic storage with a net internal capacity of approximately 70 liters. It maintains stable temperatures down to -70°C, adjustable within a -65°C to -75°C range, making it ideal for critical applications in biotechnology, molecular diagnostics, and biomanufacturing workflows. Equipped with an internal temperature logger, it provides reliable temperature monitoring essential for sensitive biological samples.

This laboratory freezer employs an eco-friendly HC non-CFC refrigerant, compliant with fluorocarbon emission regulations, eliminating the need for refrigerant recovery and regular filter maintenance. Its digital control and display system allows clear monitoring and precise temperature setting, complemented by advanced alarms for high/low temperature excursions and power failure with battery backup support lasting approximately 30 hours.

Constructed from steel plates with acrylic resin coatings for durability and insulated with rigid polyurethane foam, the unit features a compact footprint (W557 × D645 × H887 mm) optimizing laboratory space usage. The freezer is outfitted with a super wall condenser and pipe-on-sheet cooling technology powered by a 375W compressor, ensuring reliable ultra-low temperature performance with rated power consumption around 250-260 W.

Ideal for applications in bioprocessing, gene editing research, synthetic biology experiments, and cryogenic preservation, the CVF-78HC MY-BIO freezer supports stringent temperature control and data logging, critical in molecular cloning workflows and biomanufacturing pipelines. The device includes external alarm outputs for integration with laboratory monitoring systems, enhancing operational safety and sample integrity.

This model is suitable for laboratories requiring dependable, low-maintenance ultra-low temperature storage solutions for sensitive biological and chemical materials in clinical diagnostics and advanced biotechnology research.