What's the most intuitive feeling in these past few years, a single check-up, a tight mind, why does an mri often cost hundreds and thousands。
What's really on it is too expensive equipment, especially high-end mri. In the past, an imported equipment was sold in the country at around $30 million, followed-up repairs were much more exaggerated, with $830,000 being repaired once at the door and $100,000 being maintained once, not necessarily once. Where the money comes from, and finally it's in the cost of the examination, of course the patient can feel it。
Now that the situation is changing, the mri has torn the key mouths, not only capable of being built, but also autonomously developed, nationalized and mass-based. To be honest, this is not simply a few purchases of imported equipment, but the whole price system is to be rewritten。
Look at the most critical step, the breakthrough of 5t mri technology. This t, which can be easily understood as the level of the equipment's capability, usually represents greater imaging and more difficult values. Low, medium, high, super-high, one layer up, 5t is stuck in a critical position and the difficulty of moving forward is significantly increased. It used to be thought that this high-end piece of paper could only be seen abroad, and now it's a piece of paper。
Why this step is important, the answer is straightforward. In the past, general electric, philips and siemens held a long-term 71 per cent share in china's mri market, and 80 per cent in the 3. 0t high-end market. The hospital wanted to buy high-end equipment and couldn't get away with it. It's common sense who can price someone who has the skills。
The larger changes are not in paper parameters, but in parts. Once the supply was stuck, the maintenance, upgrading and even normal use of the equipment were affected. Now that the core parts are nationalized, the risk to the neck of the card is down, which is more important than the price reduction. Cheap is temporary, and it is the sustainability of supplies and the stability of maintenance that determines whether or not the hospital will change on a large scale。
Then it's mass production. Technology breakthroughs and real access to hospitals, with an entire industrial chain in between. The mri is operated by liquid helium cooling, which was also difficult in the past, after which domestic enterprises opened the gate to move the equipment from laboratory to bulk production. What energy production means is not a prototype or a prototype, but a hospital that can really print, deliver, sell and follow。
That's how real it is. A 1. 5t mri used to sell more than $30 million, and now domestic equipment can be around $2. 6 million, not bad performance, and maintenance costs are much lower. Many would ask why the gap was so large, whether domestic production was necessarily low or not, and the problem was that import brands had long been dominant and profit margins too high。
It'll have an impact on who, first in the hospital. In the past, municipal and district hospitals were not interested in equipment but could not afford it at all. The price of equipment now falls and the procurement threshold is directly below a step. In the future, mri will have to be specialized in running one-and-a-half-way city hospitals, which will be more natural if they are affordable。
And then the patient. The cost of the examination will be reduced immediately from hundreds to one and two hundred, depending on hospital procurement, operation, health insurance and local pricing, and will not be fully completed overnight. However, the direction is clear, the equipment is cheap, the security is cheap, and the cost of inspection going down is an approximate event. A machine used to be expensive and hospitals had to work hard to increase their utilization, and the pressure was not that high。
Here's a number that is particularly telling. Japan owns 55 mri equipment per million people, the united states 39 and china 8. This large gap is indicative of the fact that in many places there is not a lack of patient demand, but an inadequate supply of equipment. With little equipment, appointments are long, natural piles are checked, and people can only run to the big cities, where they can easily fold together。
This breakthrough did not suddenly fall from the sky. China's autonomous research and development of mri began in 1987. The country's first m. R. I. 1. 5 was introduced in 2000, followed by a fully autonomous superconductor system for intellectual property rights in 2007, and related products were produced and sold in 2019. It's a generation-by-generation push. It's not a year of sudden light。
More notably, this time, it is not the scientific institutions that will leave the problem to the enterprise when it is done, but rather the firm that will be involved from the project to the site. The state has placed mri in a priority direction such as 135, 145 and 2025 in china, with scientific institutions attacking technology, enterprises targeting products and markets, and three running together, with clearly different efficiencies. Why did so many of the results were stuck in the lab this time in the hospital? That's the difference。
It's a similar path, but it's something else. For example, domestic ct and dr equipment have been spread faster in primary hospitals in the last few years, and prices have started to loosen for some of the imported brands. Looking at the new energy automobile industry, many of the core parts were also under pressure from foreign sources in earlier years, and the supply chain was filled with changes in overall car prices and market patterns. The path is different and logic is similar, holding the key in hand before talking about it。
Of course, medical equipment is not just about mri. In the areas of ultrasound, detection instruments, electrocardiograms and high-grade physiological recorders, foreign brands continue to dominate. In other words, the mri won a battle, which does not mean that high-end medical devices have been completely turned over. Many hospitals still look at brand inertia, doctor habits, after-sales systems, which take time to change。
But changes have come out. In 2021, the country's production card had already taken about 20 per cent of the domestic market share. By may 2024, the country's first scientific 7t mri, available for clinical purposes, had also been officially launched at the university of central south china's jaia hospital. What level of 7t is, globally, the top ladder. We've been fighting about catching up, and we've already started looking higher。
It is also important not to lose sight of the fact that the mri has reached more than 70 countries and territories worldwide. For many developing countries, high-end equipment used to be too expensive to withstand inadequate equipment or long-term reliance on second-cell phones. Chinese equipment now offers another option. For european and american producers, it was not just china's market share that was lost, and global pricing rights could be pulled down。
In the end, the most realistic meaning of this change is not the fact that a few foreign investors are making less money. Between 30 million and 2. 6 million, this is not a simple numerical gap, but a step towards a possible rebalancing of the distribution of health resources. The answer to this question is already changing。
