by Editorial Team | Jan 9, 2026 | ELLIMRI
PhysioMRI is committed to an agile and resilient diagnostic model for emergencies, rural areas and hard-to-reach environments
PhysioMRI, a company specialising in the research and development of portable magnetic resonance imaging (MRI) scanners, has made significant progress in the ELLIMRI Project, a line of portable MRI scanners designed specifically to operate in extreme environments. The objective is clear: to bring high-quality diagnostic imaging to contexts where conventional MRI is unfeasible, whether due to lack of infrastructure, energy limitations or adverse environmental conditions. At a time when medicine is seeking to reduce access gaps, this device is positioned as a technological response aimed at rural areas, humanitarian emergencies, and field hospitals.
One of the main milestones of the project is the optimisation of the system to work with minimal resources. The new MRI scanner has been designed with a compact and robust architecture, prioritising operational stability in the face of temperature variations, dust, humidity and vibrations associated with transport. Unlike traditional installations, which require dedicated rooms and auxiliary equipment, PhysioMRI’s approach is ‘install and operate’: rapid deployment, simplified calibration and continuous operation in complex logistics environments.
At the same time, the project has focused on energy autonomy. The latest developments incorporate optimised consumption modes, designed to work with unstable electricity grids, generators or hybrid solutions. This is particularly important for rural areas and rapid response devices in the event of disasters, where the continuity of clinical service depends, to a large extent, on the equipment’s ability to adapt to the reality on the ground.
Another notable advance is the evolution of the clinical workflow. The medical device is geared towards agile and repeatable protocols that facilitate its use by healthcare teams with different levels of specialisation. The integration of support software guides image acquisition and reduces operational errors. In addition, the system is designed to integrate with telemedicine circuits, so that scans can be monitored or reported remotely when there is no radiologist on site.
With the ELLIMRI project, PhysioMRI is not only seeking to miniaturise complex technology, but also to redefine where and when magnetic resonance imaging can be performed. The potential impact is significant: earlier diagnosis, better-informed clinical decisions and frontline care capabilities, even in the most demanding scenarios. In short, this medical device represents a significant step towards truly mobile, resilient and accessibility-focused medical imaging.
by Editorial Team | Nov 28, 2025 | General News
The Spanish company has reinforced its commitment to safety, traceability and continuous improvement
PhysioMRI, a company dedicated to the research and development of portable magnetic resonance imaging systems, has already received ISO 13485 certification, an international standard that accredits quality and safety in the design and manufacture of medical devices. This achievement represents a decisive step in consolidating the company as a technological benchmark in the advanced medical imaging sector.
The ISO 13485 standard establishes the requirements that quality management systems applied to medical devices must meet, from the initial stages of research to production, distribution, and technical support. Its purpose is to ensure that each product is developed under controlled, reproducible processes focused on patient and user safety. For PhysioMRI, this certification represents external validation of the methodological rigour with which it has been working on the development of its portable magnetic resonance imaging devices, a technology that promises to transform clinical and research environments.
The certification process has involved a comprehensive review of internal procedures, technical documentation, quality controls, component traceability and risk management mechanisms. The company has strengthened its verification and validation protocols, optimised its workflows, and adopted new control tools to ensure the reliability of each of the subsystems in its portable MRI equipment. Thanks to these improvements, PhysioMRI not only complies with international regulatory standards, but also increases the efficiency and consistency of its operations.
One of the most important aspects for PhysioMRI is that ISO 13485 does not merely validate the final product, but also requires an organizational culture focused on quality. This includes staff training, document management, supplier validation, manufacturing process control, and the implementation of clear post-marketing surveillance protocols. For a technology as sensitive as portable MRI, these criteria are essential to minimize risks and ensure reliable clinical performance.
In addition, obtaining ISO 13485 certification facilitates the entry of this new MRI into international markets. Many regulatory bodies, such as the FDA in the United States or the European Medicines Agency (EMA), consider this standard to be a prerequisite or a key element in approval dossiers. In this way, certification becomes an accelerator for technology transfer, allowing the device to reach hospitals, clinics, and research centers with the necessary guarantees.
ISO 13485 certification represents a strategic milestone for PhysioMRI. It marks the beginning of a new era in which innovation, quality and safety come together to drive the next generation of portable MRI systems.
by Editorial Team | Nov 13, 2025 | NextMRI
PhysioMRI moves towards clinical validation of NextMRI with trials in internationally renowned hospitals, bringing portable magnetic resonance imaging to new healthcare settings.
In the ever-changing landscape of medical technology, the NextMRI project, developed by Spanish company PhysioMRI, represents a decisive step towards the democratisation and accessibility of magnetic resonance imaging (MRI). This initiative seeks to break with the traditional limitations of conventional MRI equipment by offering a portable, efficient, high-resolution system that redefines the standards of diagnostic imaging. To this end, the Spanish company is addressing these challenges through an innovative design that combines technological miniaturisation, energy efficiency and ease of transport, allowing MRI to be taken beyond traditional hospital settings.
Towards clinical validation: upcoming trials in leading hospitals
Following a successful phase of development and technological integration, the NextMRI project is now preparing for a key step: clinical trials in real hospital settings.
Over the coming months, the system will be evaluated in collaboration with two prestigious institutions: the Hospital Universitari i Politècnic La Fe in Valencia and the Bergman Clinics Hospital in Netherlands.
These trials will validate the clinical performance, image quality and usability of the portable device in different healthcare settings.
The common goal is to confirm the diagnostic reliability of the system and its ability to integrate into current medical workflows, providing a flexible and accessible alternative to traditional MRI equipment.
A new horizon in diagnostic imaging
This project symbolises the convergence of engineering and medical science, offering a solution that redefines how and where magnetic resonance imaging studies can be performed.
With its compact design, low power consumption and advanced connectivity, this device promises to bring MRI to wherever it is needed — from large hospitals to rural clinics or mobile units — bringing the future of diagnostic imaging into the present.
With this commitment, PhysioMRI consolidates its leadership in the field of portable magnetic resonance imaging, ushering in a new era of accessibility, precision and mobility in modern medicine.
The upcoming clinical trials at La Fe in Valencia and Bergman Clinics mark a decisive milestone in this journey, bringing the technology of the new medical device closer to its final validation and the beginning of a new era in medical imaging.
by Editorial Team | Jul 30, 2025 | Investors
The Valencia-based company is backed by strategic investors such as Fernández Sierra and Alonso Senent to advance its mission to revolutionise magnetic resonance imaging with accessible, state-of-the-art technology.
PhysioMRI, a leading Spanish company in the development of portable magnetic resonance imaging, is capturing the attention of the medical and technological community thanks not only to its innovation, but also to the backing of strategic investors who bring experience, vision and a strong commitment to the transformation of the healthcare sector. Among them are figures such as Sergio Fernández Sierra and Jorge Alonso Senent, leaders in the entrepreneurial and healthcare ecosystem.
Sergio Fernández Sierra, founder of Servicios Hospitalarios S.L., brings to PhysioMRI a valuable perspective from the field of hospital management. With an extensive track record in the implementation of technological solutions in clinical environments, Fernández Sierra has been instrumental in identifying real needs in hospitals and diagnostic centres, which has allowed PhysioMRI to adapt its developments to practical and operational contexts. His knowledge of the inner workings of the Spanish healthcare system makes him a strategic ally for product validation and scaling.
Jorge Alonso Senent, managing partner of Evalue Innovación S.L., comes with a strong specialisation in R&D&I financing. His company has established itself as a benchmark in advising on how to obtain public aid and tax deductions for innovation projects. Alonso Senent brings not only capital, but also a network of institutional contacts and technical knowledge to maximise the available resources and accelerate the company’s growth. Thanks to his participation, PhysioMRI has been able to optimise its innovation strategy and access key lines of financing for its technological development.
The backing of experts with proven experience in complementary areas – hospital management and innovation – strengthens the viability of the Valencian company’s projects and opens up new opportunities for public-private collaboration. This backing is one of the factors that has enabled PhysioMRI to position itself as one of the most promising start-ups in the field of medical technology, and to make progress in the development of promising alternatives to conventional diagnostic imaging devices, such as its portable MRI.
In a context where accessible medical care is more urgent than ever, PhysioMRI is steadily advancing towards its goal: democratising access to high quality imaging diagnostics. The support of investors such as Fernández Sierra and Alonso Senent not only validates the technological proposal, but also propels it towards a real application with direct social impact.
by Editorial Team | Jul 22, 2025 | NextMRI
From non-ferromagnetic chassis to software integration: this is how the next generation of medical imaging is built
The NextMRI project, led by Spanish medtech company PhysioMRI, marks a milestone in the evolution of portable magnetic resonance imaging with the development of a compact, efficient and accessible device. The prototype assembly process is a critical phase that combines precision engineering, design and strict biomedical safety standards.
Assembly begins with the main structure, a lightweight but robust chassis that supports the low-power permanent magnet, the functional core of the system. This chassis is manufactured from non-ferromagnetic alloys to prevent interference and ensure magnetic field stability. Its design allows for quick adjustments during the validation phase and facilitates future iterations of the prototype.
Once the base structure and main magnet have been installed, the team proceeds to assemble the gradient system and radiofrequency (RF) coils. These coils are integrated using supports that ensure geometric precision and signal optimisation. Initial calibration is performed during assembly, ensuring that each coil meets the field uniformity required for quality images.
The next step involves installing the electronic system, which includes RF amplifiers, control modules, power supplies, and the data acquisition board. Each component is assembled under electromagnetic compatibility protocols to minimise noise and maximise signal stability. Connectivity between modules is organised using cabling and internal channels that optimise both safety and ease of maintenance.
Once the hardware has been integrated, the control and reconstruction software is implemented and tested directly on the assembled device. This allows communication between sensors, actuators, and the central processing system to be verified.
Finally, the NextMRI prototype undergoes functional verification and safety testing to ensure that the assembly complies with international medical device regulations.
The result is an innovative portable magnetic resonance imaging system, the product of meticulous assembly that reflects PhysioMRI’s commitment to technological excellence and the democratisation of diagnostic imaging.
