I’m just an XRay tech. But I would expect at least one whole day, for a pair of engineers to get it running again and re-certified. $20-50K for their time, plus missed revenue from the lost day. Best case could total $100K easy. Way more, if the damage is more than cosmetic.
True. I don’t know how much that is. But liquid helium shouldn’t be “medical grade” really. It’s just a coolant for the superconducting magnets, same as any industrial use.
In my experience the only thing that makes a material professional grade is a paper trail. If something goes wrong and you get sued you want to be able to absolutely prove you didn’t cheap out on any of the materials. It adds a lot of cost to keep batches separate and making sure none of the paperwork gets mixed up. Especially if multiple companies are involved in creating and distributing the material. I work in an ISO compliant shop and we have a lot of folders moving around with different orders, it can be a nightmare keeping everything straight when things are busy.
I’m just an XRay tech. But I would expect at least one whole day, for a pair of engineers to get it running again and re-certified. $20-50K for their time, plus missed revenue from the lost day. Best case could total $100K easy. Way more, if the damage is more than cosmetic.
More than a day. Ramping can take multiple days, then it has to be conpletely recalibrated and shimmed.
Probably need a new magnet, quenching can melt those puppies. Lot of energy stored in that field.
You’re not counting the materials costs. I doubt that medical grade helium is cheap.
True. I don’t know how much that is. But liquid helium shouldn’t be “medical grade” really. It’s just a coolant for the superconducting magnets, same as any industrial use.
In my experience the only thing that makes a material professional grade is a paper trail. If something goes wrong and you get sued you want to be able to absolutely prove you didn’t cheap out on any of the materials. It adds a lot of cost to keep batches separate and making sure none of the paperwork gets mixed up. Especially if multiple companies are involved in creating and distributing the material. I work in an ISO compliant shop and we have a lot of folders moving around with different orders, it can be a nightmare keeping everything straight when things are busy.
I presume that it has to be certified and probably heavily filtered. It’s not going to be the same as what goes into party balloons.
Liquid helium is -269 °C. There is no risk of confusing it with what’s in balloons.
And its a medical setting which means that the products you use will be certified and calibrated in just the right way.
There isn’t much difference at all.