VIXELL

Conventional insulated boxes are manufactured by joining Vacuum Insulated panels (VIPs) together, but cool air commonly leaks through the gaps where the panels join. VIXELL virtually eliminates cold air leakage from joints. How? By doing away with joints altogether.

VIXELL's thermal insulation layer (the most important part of a cooling box) utilises Panasonic's patented Vacuum Insulated Case (VIC) design, a seamless, integrally-moulded body, with no joints.

As a result, -75 °C ± 15 °C can be maintained for up to 18 days.*

^{* The vacuum insulated cooling box Type-L (AE-V 12 UXR) houses a dry ice thermal storage unit (AE-V 12 DXR) and 34 kg of dry ice is filled in the cooling box and storage box. Including only a simulated product of size 231 x 231 x 40 mm, measure the number of days the temperature is maintained at 30 °C and -75 °C ± 15 °C.}

Transporation or long-term use very often damages or deteriorates traditional vacuum insulation products, diminishing their insulation performance.

VIXELL's VIC is equipped with a wireless vacuum sensor unit that uses contactless power supply technology, so its thermal insulation performance can be easily checked before a journey. Simply place the box on a dedicated inspection board.

Unlike conventional VIPs - which are covered in aluminium film - VICs allow the transmission of radio waves, so the VIXELL cool box and easily connect to IoT devices. By installing temperature or GPS sensors inside, users can monitor the internal condition of the box without having to open it.

Long cooling times allow for transport from the country of origin to destination without the need for refrigerant transhipment.

Transport refrigerated and investigational products when patients and/or experiment subjects cannot visit the hospital or medical centre.