How much should it cost to build an MRI Scanner?

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Discussion Overview

The discussion revolves around the cost of building an MRI scanner, exploring whether it is feasible to construct one for under one million dollars. Participants consider the components involved in MRI technology and the factors contributing to the high costs associated with commercial systems.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • One participant notes that the average cost of an MRI scanner is between 3-5 million dollars and questions the possibility of building one for less, suggesting it consists mainly of electromagnets, radio antennas, and a cooling system.
  • Another participant asserts that it is indeed possible to construct a viable MRI scanner for under one million dollars, citing the Siemens Magnetom Essenza as an example of a 1.5 T superconducting system priced below that threshold.
  • A follow-up comment raises the question of why typical MRI systems are so much more expensive if low-cost options exist.
  • One participant suggests that the listed price of MRI systems likely does not reflect the actual cost to build, as it includes shipping, installation, warranties, and profit margins.
  • Another participant discusses the complexity of the image processing hardware and software, mentioning that significant expertise and research were required to develop MRI technology, highlighting the challenges in achieving high-quality imaging.
  • A participant references GE's decision to abandon MRI/NMR technology, implying difficulties in usability and development.

Areas of Agreement / Disagreement

Participants express differing views on the feasibility of building a low-cost MRI scanner, with some asserting that it is possible while others question the practicality and underlying costs associated with existing systems. The discussion remains unresolved regarding the implications of low-cost options on the market.

Contextual Notes

Participants mention various factors influencing the cost of MRI scanners, including manufacturing complexities, the need for high-quality imaging, and the historical context of technology development. There is no consensus on the specific reasons for the price discrepancies.

Myles Cummings
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I recently had an MRI scan, and while I was inside I began thinking about how the thing actually worked, and what it would cost to build. The hospital staff told me that the cost was several million dollars, and subsequent research seems to confirm that the 'average' MRI scanner cost between 3-5 million dollars.

I wondered whether it may be possible to build one for less?
After all in principle isn't it is just a very large set of electromagnets, a few radio antennas and a cooling system? OK I understand its a bit more sophisticated than that and it has to be computer controlled etc within a specially constructed room, but I think you get my drift?

Would it be possible to construct a viable MRI scanner for less - say sub 1m dollars?

Interested to hear your opinions, and apologies if this isn't the right thread to post this question, it's my first time here.

Cheers

M
 
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Myles Cummings said:
Would it be possible to construct a viable MRI scanner for less - say sub 1m dollars?
Yes. The major manufacturers do offer such systems. For instance the Siemens Magnetom Essenza is a 1.5 T superconducting system priced at < 1 M USD. Refurbished and/or low field systems can be obtained for < 0.5 M USD.
 
Hmm. Interesting. Thanks for the input.
 
Myles Cummings said:
Hmm. Interesting. Thanks for the input.
Welcome! You might think about this question: if such low cost MRI systems exist, then why is a typical system so much more expensive?
 
Dale said:
For instance the Siemens Magnetom Essenza is a 1.5 T superconducting system priced at < 1 M USD.
Also note that that's probably twice the actual cost to build it. There's shipping, installation and start-up, warranty/service, and of course overhead and profit in there.
 
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For small items at least, roughly pocket radio complexity, the minimum multiplier for selling price is 5 times material cost. That covers the minimal mark-up in the supply chain, without advertising, field support etc. Much stuff on the market is at least a 10 times multiplier.
 
How much to get all the image processing hardware and software to work successfully? It did take a few ( well, more than 20 ) PhDs in various fields to put it together in the first place, the imaging was the bottle neck. That is the break through that Cho Zang-hee pursued at Cololombia/KAIST in developing it. The strength of the magnet is also a large part of the production. It has to maintain a very uniform field inside the doughnut to get good images.

Keep in mind also that GE General Electric gave up on MRI/NMR saying it was unusable.

After you have a great working knowledge of the science, ( I would spend a few years studying all the papers listed...) You could possibly build your own...

I have a connection to this: My father was Cumming, J.

https://en.wikipedia.org/wiki/Cho_Zang-hee
 

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