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From large hospitals to small villages: Hui Ren Technology is promoting the widespread adoption of MRI and improving primary healthcare services.

2025-11-11

“No need to queue up at the big hospitals in the city—costs can be cut by two-thirds, making it both money-saving and convenient!” On July 1, Liu Cailan (pseudonym), a villager from Zangcun Village in Qingyuan County, underwent an MRI scan at her village health center, just a few hundred meters from her home, and received her results within an hour—a feat that earned her repeated praise. At the Zangcun Health Center in Qingyuan County, it’s no longer unusual for villagers to be able to undergo MRI scans—scans that normally require queuing and making appointments at big hospitals in the city—without ever leaving their village.

“No need to queue up at the big hospital in town—costs can be cut by two-thirds, making it both affordable and convenient!” On July 1, Liu Cailan (a pseudonym), a villager from Zangcun Village in Qingyuan County, underwent an MRI scan at her village health center, just a few hundred meters from her home, and received her results within an hour—a feat that earned her repeated praise.

At the Zangcun Health Center in Qingyuan County, it’s no longer unusual for villagers to be able to undergo MRI scans—scans that normally require queuing and making appointments at large city hospitals—without even leaving their village.

“In the high-end medical device sector, 70% of the market share is monopolized by foreign brands, resulting in high acquisition costs as well as substantial expenses for operation and maintenance. When people go to large hospitals for MRI scans, not only do they face long waiting periods, but the costs are also prohibitively high,” explained Wu Zhijian, a staff member at Hebei Huiren Medical Equipment Technology Co., Ltd. (hereinafter referred to as “Huiren Technology”). He added that the conventional MRI scanner used by Zangcun Health Center can help the hospital save more than 50% on operational expenses, directly reducing the cost of examinations for patients.

Primary-level medical and health institutions serve as the “first stop” for people seeking medical care. To enable “healthcare at your doorstep,” we not only need professional medical personnel but also efficient, cost-effective, and convenient cutting-edge medical equipment that meets immediate needs.

In August 2020, as the pilot hospital for Huiren Technology in the Baoding region, Zangcun Town Central Health Center put into operation a conventional-type MRI scanner. Nearly four years later, the center has accumulated nearly 12,000 patient examinations, with a positive detection rate reaching 91%. Similarly, health centers—including Chuanli Central Health Center in Tang County, located deep in the Taihang Mountains, Baihe Town Health Center in Tang County, Yanzhao Health Center in Quyang County, Zhonghanzhuang and Sizhuang Health Centers in Wangdu County, Gaoshupu, Yaoshan, and Shennan Health Centers in Shunping County, Baoding Mingrentang Traditional Chinese Medicine Hospital, Beijing Shijingshan Badachu Integrated Traditional and Western Medicine Hospital, Longshan Hospital in Yijun County, Shaanxi Province, and Zhongyuan Hospital in Shangzhi City, Heilongjiang Province—have successively introduced conventional-type MRIs manufactured by Huiren Technology, thereby improving diagnostic and treatment conditions at grassroots healthcare facilities and benefiting an ever-growing number of local residents.

“Prevention is the most cost-effective and efficient health strategy. To shift from a ‘disease-centered’ approach to a ‘people-health-centered’ one, health checkups—serving as the first step—play a crucial role in national health management by providing ‘prevention and early warning.’” Following Wang Tianfeng, Chairman of Huirun Technology, into the Smart High-Definition MRI Digital Application Innovation Center, we’re greeted by an abundance of technological innovation. “Our developed permanent-magnet MRI imaging system boasts features of safety, efficacy, convenience, and affordability, marking a significant breakthrough in making medical MRI more widely accessible.”

“General-purpose MRI models EMR2 and EMR3, shipborne MRI, train-borne MRI, vehicle-mounted MRI, smart shared MRI…” As he stood before the array of MRI devices displayed in the exhibition hall—each one brimming with technological ingenuity—Wang Tianfeng spoke about them as if they were old friends.

“MRI is one of the powerful tools for screening serious diseases and promoting human health. However, at present, a vast number of primary-level medical institutions remain underserved, and the existing installed capacity falls far short of meeting the needs of the general public. As a result, patients typically have to wait several days—or even more than a month—to schedule an MRI examination at large hospitals, making it even harder for people to access MRI for preventive checkups.” Stopping in front of the EMR3 MRI scanner, Wang Tianfeng explained his original intention behind developing and popularizing affordable MRI systems for widespread use in routine health screenings: “If we could develop a medical MRI that’s well-suited for small- and medium-sized healthcare facilities, highly reliable, low in both initial and operational costs, and advanced yet practical—much like ultrasound or X-ray machines—making it widely accessible and enabling people to easily monitor changes in their internal body structures, this would greatly enhance public health levels.”

How do you turn an idea into a product? A single timeline can illustrate the entrepreneurial journey of this “tech-savvy entrepreneur,” a graduate of the Shanghai Higher Specialist School of Medical Devices, as he led Huiren Technology along its path of startup success—

Founded in 2013;

The prototype of the conventional guide system was successfully developed in 2015.

In 2016, undertook the national science and technology research project for the popularization and application of high-end medical imaging equipment—magnetic resonance imaging.

Selected as a key project in Hebei Province in 2017;

In 2018, the pilot-scale product for conventional conductive MRI obtained a registration certificate.

In 2020, the mass-produced EMR2 model with conventional guidance obtained its registration certificate.

In 2021, key health centers in Quyang, Tang County, Qingyuan, and other areas achieved the installation of universal MRI equipment.

The EMR3-type magnetic resonance imaging device obtained its registration certificate in 2022.

In 2023, establish a city-level model for the widespread adoption of MRI in grassroots medical institutions, creating new health-care scenarios aligned with Chinese-style modernization.

In 2024, we established a collaboration with the Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences...

Today, this high-end medical equipment manufacturer—born and raised in Baoding and with over a decade of deep expertise in the MRI field—has become a leading enterprise in promoting the widespread adoption of MRI technology at the grassroots level across China.

Smart Railways, Data First

Smart railroads—data first. Can big data analytics provide data-driven support for the formulation of health policies, and can medical information technology enhance healthcare efficiency while reducing costs? Wang Tianfeng has his own plans.

In his view, imaging data represents an important tool for the early diagnosis and prevention of many diseases. Precise analysis of imaging data can facilitate the early detection and treatment of numerous illnesses. Therefore, by deeply integrating AI and IoT technologies, leveraging advancements in computing power and storage technology, we have developed three major medical models—high-definition MRI, intelligent MRI, and MRI matrix applications—to build a foundational “brain-like platform” for smart MRI, thereby fully ushering in the digital era of the MRI industry. Among these, the high-definition MRI model employs deep learning techniques for pre-processing, focusing primarily on three key areas: improving image quality, accelerating imaging speed, and enhancing image reconstruction. The intelligent MRI model harnesses artificial intelligence to empower the entire workflow—from facial recognition and image scanning to image reconstruction and analysis—offering a non-invasive, intuitive visualization of internal human tissue structures. With its efficiency, non-invasiveness, and accuracy, this model assists physicians in making diagnoses more effectively and boosting their productivity. Meanwhile, the MRI matrix model centers around MRI imaging and comprehensively integrates intelligent traditional Chinese medicine diagnostics, demographic baseline parameter measurements, and other functions. It performs comprehensive analyses on collected data, provides supportive recommendations, and thus fulfills the role of an intelligent physician.

“The 14th Five-Year Plan proposes that China’s average life expectancy will increase by another year, reaching 78.3 years, based on the 77.3-year figure achieved during the 13th Five-Year Plan period,” said Wang Tianfeng. “To achieve this goal of an additional one-year increase, during the 14th Five-Year Plan period, China will deeply implement the Healthy China Initiative and strengthen chronic disease prevention.” In recent years, the country has taken multiple measures to enhance the capacity of primary-level medical services and strive to keep patients at the grassroots level. These measures include perfecting the standard system for primary healthcare services, bolstering the workforce of primary-care health professionals, accelerating the development of information technology, and empowering primary-level medical and health services.

To this end, the company has proposed a development plan for the next 5 to 10 years: extending the conventional-conductivity MRI industry chain and building a smart healthcare digital industry cluster. This includes establishing an automated production base with an annual output of 1,500 MRI units, a mobile MRI production base with an annual output of 300 units, and an ultra-high-precision precision machining center. The company will also collaborate with research institutions such as the Shenzhen Institute of Advanced Technology of the Chinese Academy of Sciences and the Second Military Medical University to set up an MRI technology center and develop AI-based diagnostic tools for MRI imaging. Furthermore, it will create a project base for the development and application of digital human mixed reality and medical big data. The company will build clinical validation hospitals and establish cooperative partnerships with universities and colleges to conduct high-definition MRI research and cultivate talent. Additionally, it will develop ultra-stable power supplies for MRI systems and heavy-ion particle accelerators.

Health is closely linked to the happiness of countless families. Dedicated to making “how to efficiently deliver medical services and ensure universal access at the grassroots level” the cornerstone of its product design and R&D, this locally-based manufacturer from Baoding—integrating development, production, and sales of MRI equipment and related products—is helping an increasing number of primary-level medical and health institutions implement measures that benefit the public and make it easier for people at the grassroots level to access healthcare. By bringing MRI technology to the forefront of early screening and diagnosis for serious diseases, this company is playing a vital role in reducing poverty caused by illness and extending average life expectancy. In the process of implementing the “Healthy China” strategy, it is taking on greater responsibilities and demonstrating even more commitment.

Focused MRI | Huirun Technology Debuts “Low-Cost, High-Definition MRI Imaging” at the China Hi-Tech Fair

The “wind” of scientific and technological innovation brings affordable MRI.

Focused MRI | Huirun Technology Debuts “Low-Cost, High-Definition MRI Imaging” at the China Hi-Tech Fair

The “wind” of scientific and technological innovation brings affordable MRI.