Making radiation therapy machines #Smaller
The Particle Therapy room of the future
Watch our video to see just how much #smaller are we making Particle Therapy treatment rooms. The benefits of utilising a fixed beam and slow patient rotation in the upright orientation are transformational.
Our smaller treatment rooms and fixed radiation beams mean less radiation shielding, construction and materials. All of this makes Particle Therapy more affordable, meaning we can take this treatment to more people in more places.
How Small is SMall?
Why not join us in identifying just how much #smaller our particle therapy solution is? For full dimensions and instructions on how to do this click here, or alternatively, watch our CEO, Stephen Towe measuring out the space in our UK office reception.
Don’t forget to post your pictures and videos on social media and tag Leo Cancer Care in them so we get to see what you come up with and also use the hashtags #smaller #radiationtherapyinreachforall. We can’t wait to see them!
Bringing to life the #smaller footprint of our Particle Therapy solution
Our Marie™ Proton Therapy solution will fit into a 4.7 x 4.5-metre room. We wanted to bring to life just how small that is by giving everyday examples people would recognise.
Why not try pacing 7 footsteps yourself and see where you could fit your very own Marie™ solution or watch our video on the button below.
Leo Cancer Care and Teledyne e2V working together to create #smaller, more compact radiotherapy technologies
Read our blog to find out more about how Teledyne e2v has been working with Leo Cancer Care to enable them to achieve their innovative minimal platform footprint. This has been done by designing a compact RF sub-system, which will include a new solid-state modulator to drive one of its range of magnetrons and the integration of other RF accessories. Watch our video to find out more.