Available Capacities: 25.7 & 18.6 cu. ft. | Energy Efficient | Natural Refrigerants | 115V & 220V Models
The PHCbi VIP ECO Series -86°C Freezers offer high-performance ultra-low temperature storage using natural refrigerants for improved energy efficiency and reduced environmental impact. Engineered for the safe and reliable preservation of biological samples, these freezers combine trusted VIP insulation with advanced compressor technology to maintain consistent ultra-low temperatures.
With options available in both 115V and 220V configurations, these freezers are ideal for research institutions, clinical laboratories, biobanks, and pharmaceutical applications that demand long-term sample integrity and sustainability.
Key Features
Natural Refrigerants: Eco-friendly cooling gases reduce global warming potential without sacrificing performance
VIP Insulation Panels: Maximize storage capacity while ensuring uniform temperature distribution
-86°C Performance: Consistent and reliable ultra-low temperatures for sensitive biological materials
Energy Efficient Operation: Reduced power consumption compared to traditional ULT freezers
Voltage Options: Available in both 115V and 220V to suit diverse laboratory infrastructure
Proven Reliability: Designed and tested for dependable use in demanding laboratory environments
Secure Sample Protection: Audible/visual alarms and robust door seals ensure sample safety
Built for sustainability without compromise, the VIP ECO ULT Freezer delivers cutting-edge cold storage performance in an energy-conscious design. Perfect for labs looking to meet regulatory and environmental standards while protecting critical inventory.
The Lx 400 is a versatile upright microscope engineered to grow with your laboratory’s evolving needs....
Learn MoreUser safety. Environmental protection. Effortless functionality. The Purair® Basic ductless fume hoods from Air Science® are...
Learn MoreUltra-Clean Air for Precision ApplicationsDÜRR Technik zero air generators produce hydrocarbon-free air, making them essential for...
Learn More