learn about the inner workings of our devices
In this first video, we’ll introduce you to the reasons behind what we do and give you a brief overview of our technology.
Narrated by Jeffrey Pickett, CPO
This second video focuses on MAGNOTHERM’s Active Magnetic Regenerator (AMR), which enables magnetic cooling by using magnetically active metals such as Gadolinium and LaFeSi. It achieves a 25°C temperature difference without harmful refrigerants, using a water-ethanol mix for heat transfer.
Narrated by Jeffrey Pickett, CPO
Our third video shows how MAGNOTHERM’s system uses a gear pump to circulate fluid, with plans to switch to a more efficient centrifugal pump to reduce energy consumption by 30% in the future.
Narrated by Jeffrey Pickett, CPO
In our fourth instalment we show how MAGNOTHERM uses powerful magnets to create controlled magnetic fields, driving temperature change. While strong, these fields are contained within the device. We’re also exploring magnet recycling from sources like windmills, promoting sustainability and longevity in cooling systems.
Narrated by Jeffrey Pickett, CPO
In our last component video of this series MAGNOTHERM’s motor takes the centre stage. As a major energy consumer, we’ve focused on improving motor efficiency, reducing power consumption by 80% with a no-gear, direct-drive design.
Narrated by Jeffrey Pickett, CPO
This final video combines everything we have learned so far and showcases our technology on our POLARIS Can Cooler device.
Narrated by Jeffrey Pickett, CPO
