WHICH -86ºC FREEZER IS RIGHT FOR YOU?
For IRREPLACEABLE Samples - Ultimate 2 x Protection
Energy Efficiency is top priority
Great all round & space savy solution
Chest type Ultra Low Temp Freezers
TWIN GUARD-SERIES ULT FREEZERS WITH ULTIMATE SAMPLE PROTECTION
Phcbi | Twin Guard ULT Freezers (-86°C)
Our advanced TwinGuard ULT freezers provide an unparalleled level of safety and added peace of mind through the use of two independent refrigeration systems that reliably maintain an ultra-low temperature environment, even if an unexpected failure should occur in one cooling circuit. PHCbi developed Dual Cooling technology more than five years ago. The world’s first TwinGuard freezer – PHCbi’s MDF-U500VX – was launched in 2010. Following its success, the larger volume MDF-U700VX TwinGuard -86ºC Freezer was first introduced in 2011.
ECO-SERIES ULT FREEZERS WITH NATURAL REFRIGERANTS
Phcbi | ECO ULT Freezers (-86°C)
ECO ULT freezers use natural hydrocarbon (HC) refrigerants to provide minimal energy consumption, reduced environmental impact and substantially lower running costs.These refrigerants also have an extremely low Global Warming Potential, helping organisations to meet environmental objectives.
VIP-SERIES ULT FREEZERS WITH GREAT ALL-ROUND SOLUTION
Phcbi | VIP Series - Space saving (-86°C)
When reliability, durability and great value are of paramount importance, put your trust in VIP ultra low freezers
VIP ULT freezers are specifically designed to provide a great all-round solution for the ultra low temperature preservation of laboratory samples. A combination of application specific compressors, advanced cabinet design, reliable refrigeration systems, high quality components ,easy to use controllers and comprehensive alarm functionality ensure PHCbi offers the best levels of security, performance and value in ULT freezers
CHEST TYPE FREEZERS
Phcbi | Chest Type ULT Freezers (-86°C)
These Freezers are ideal for long term preservation of biological, blood components and various cell line. These Freezer systems employ microprocessor control to maintain a high-precision temperature environment. They are not affected by ambient temperature, minimizing uneven temperature distribution within the chamber, and a temperature rise during door opening.