Panasonic MDF-C8V1 ultra-low temperature laboratory freezer maintains internal temperatures as low as -80°C.

• Ideal -80ºC freezing environment using new VIP^® PLUS™ insulation technology maximizes storage capacity
• Newly developed single-compressor system achieves higher energy efficiency and space saving construction
• Convenient maintenance with filterless structure that makes filter cleaning unnecessary
• Microprocessor temperature control with digital input for precise setting and control
• Built-in audible and visible temperature and power failure alarms
• A wide range of ultra-low temperature freezers to suit your needs.

All models use Panasonic uniquely designed compressors for ultra-low temperature applications. Manufactured with VIP^® PLUS™ insulation, they are ideally suited for use in laboratories and hospitals for long-term preservation and storage of blood, specimens and components, as well as materials testing.

Advanced features include V.I.P. PLUS™ technology, a microprocessor based temperature control system with LED digital temperature display, a platinum resistance temperature sensor for extra precision and reliability, a power failure warning system with built-in audible and visible indicators, filterless refrigeration circuit, and temperature alarm.

Advanced Features:
New VIP® PLUS™ Technology - Patented revolutionary vacuum insulation cabinet construction that reduces the wall thickness from and achieves greater storage capacity while decreasing the footprint.

• Reduces power consumption by 40% compared to MDF-192 comparative size model.
• Microprocessor Comprehensive setpoint, alarm, monitoring and diagnostic functions based on SANYO-built microprocessor
• Controls controller with digital LED display.
• Panasonic Single-compressor system designed by Panasonic specifically for demanding ultra-low temperature applications
• Refrigeration in a laboratory environment.
• New Refrigeration Circuit- Filterless refrigeration circuit requires no cleaning or maintenance of filter and maintenance