Aert Medical
Aert Medical
High-precision core medical imaging equipment, custom platform accessories, and active drive stepping systems developed for global medical integrations.
The global healthcare framework is undergoing a profound paradigm shift from centralized, heavy-infrastructure imaging labs to decentralized, bedside, and highly portable diagnostic units. Historically, complex imaging modalities like Computed Tomography (CT) and Magnetic Resonance Imaging (MRI) were static installations, restricted to heavily shielded radiology departments. Today, structural demands for "The Golden Hour" of trauma and stroke management, combined with rising geriatric populations and rural medical resource disparity, have accelerated the demand for mobile medical equipment.
According to current market intelligence, the CAGR for portable medical imaging and emergency point-of-care diagnostics is projected to exceed 8.5% over the next decade. Industry trends indicate that miniaturization is no longer just about convenience; it is a life-saving clinical necessity. Innovations such as active shielding, high-speed CMOS flat-panel detectors, and AI-assisted edge diagnosis are transforming raw imaging data into immediate, actionable clinical choices at the point of care.
Incorporating portable diagnostic units into triage systems cuts the time from patient admission to definitive therapeutic intervention by an average of 34 minutes, drastically lowering morbidity in neurology and cardiology departments.
Wenzhou Aert Medical Co., Ltd. is an industry-leading, high-tech enterprise dedicated to the research, development, production, and global export of advanced mobile CT scanners, mobile MRI devices, and high-performance digital X-ray detectors. Headquartered in the technological hub of Wenzhou, Zhejiang Province, the company has established several state-of-the-art research centers and maintains deep strategic collaborations with domestic and international scientific research institutes, medical academies, and universities to drive intelligent healthcare accessibility.
Recognizing the diverse requirements of modern medical infrastructure, Wenzhou Aert Medical integrates structural manufacturing, microelectronics chip design, and software engineering. Our operations are fully compliant with ISO 13485 quality systems, ensuring that every mobile imaging unit exported meets rigorous diagnostic reliability and patient safety standards.
We are dedicated to providing mobile CT and mobile MRI solutions for various application scenarios, breaking through the core technological bottlenecks of traditional devices. Our systems are engineered to operate in environments ranging from clean operating rooms and bedside clinics to active ambulances, mobile field clinics, and military emergency theaters.
At the center of Wenzhou Aert Medical's product line are the independently developed "LingTong" and "Ark" mobile CT series, representing two distinct, high-efficiency technical directions. Traditional Cone Beam CT (CBCT) systems often suffer from prolonged scan times and artifacts when imaging dense bone-soft tissue interfaces. To solve this, Aert Medical developed the proprietary "Automation Balance System", which seamlessly integrates CBCT technology with spiral CT scanning mechanics.
This hybrid imaging technique allows the system to achieve spatial resolution comparable to standard 64-slice spiral CT scanners, while maintaining the lower radiation dosage and compact physical profile of a CBCT system. The "Automation Balance System" automatically adjusts for structural vibration during vehicle transit or quick bedside positioning, dynamically calibrating the focal spot alignment of the X-ray tube in real time.
Advanced reconstruction algorithms achieve diagnostic quality imaging of skull structures, orthopedics, and chest regions with up to 40% less radiation dose compared to conventional multi-detector CT arrays.
Developing 0.35T and 0.3T permanent magnet open MRI scanners that eliminate the need for liquid helium cryogenics, offering full-sequence scanning (T1, T2, FLAIR) for brains, spines, and joints.
Our upcoming ultra-low-field mobile head MRI is engineered specifically for neurosurgical suites, providing intraoperative imaging and real-time navigation for acute stroke and trauma patients.
This technological versatility makes our equipment highly effective for clinical departments, orthopedics, joint care, chest clinics, stroke units, and mobile emergency vehicles. By bringing advanced imaging directly to the patient's bedside, we improve clinical workflows and enhance the patient treatment experience.
Wenzhou Aert Medical's subsidiary, Wenzhou Aert Microelectronics Technology Co., Ltd., represents the core of our component-level innovation. We design and develop proprietary imaging sensors and detectors that replace standard third-party hardware, allowing for deeper vertical integration and lower component costs.
The company is currently developing next-generation CMOS flat-panel detectors. Standard amorphous Silicon (a-Si) detectors often show image lag and have limited spatial resolution at low dose thresholds. In contrast, our CMOS detectors offer high readout speeds, lower electronic noise, and higher resolution, providing excellent support as the primary sensor for our mobile CT devices.
Additionally, Aert Microelectronics is developing advanced photon counting detectors (PCDs). Photon counting is a major advancement in medical imaging. Unlike energy-integrating detectors, PCDs count individual incoming X-ray photons and measure their exact energy. This capability enables multi-energy spectral CT imaging, allowing for precise tissue characterization, improved contrast-to-noise ratio, and significant dose reduction. Developing this technology positions Wenzhou Aert Microelectronics among the leading companies in advanced medical chip design.
Traditional Scintillators convert X-rays into light, then into electricity, which dilutes the signal. PCDs directly convert X-ray photons into electrical signals, preventing energy dispersion and providing clear material separation at the cellular level.
By integrating analog-to-digital converters (ADCs) directly onto the CMOS sensor substrate, our design minimizes signal degradation during transmission. This allows for high-frame-rate fluoroscopy and rapid 3D reconstruction.
B2B procurement agents face challenges when integrating advanced medical imaging into existing networks. Procurement decisions require balancing hardware costs with installation, shielding, vehicle power constraints, and long-term maintenance logistics. Wenzhou Aert Medical provides tailored, macro-level solutions for hospitals, regional clinics, and emergency services.
For ambulance manufacturers and mobile clinics, we supply compact, vibration-resistant mobile CT systems. These units operate on standard vehicle power systems, enabling immediate on-site scanning for stroke and trauma patients.
We supply high-reliability stepping motors (24mm, 35mm, and 60mm gear-box stepping motors) designed for medical scanners, 3D printers, and optical tracking hardware, helping OEMs maintain precise mechanical movement.
Designed for community health centers, our low-field open MRI systems do not require complex cryogenics or specialized power installations, helping to improve regional diagnostic capabilities.
Whether configuring heavy stationary setups with imported seals and cargo dock levelers for logistic centers, or integrating precise medical optical tracking devices for dentistry, neurosurgery, and ENT operations, Aert Medical delivers reliable, high-performance systems.
Exporting advanced medical imaging systems requires strict compliance with international regulations. Our manufacturing systems comply with ISO 13485 quality management standards, ensuring safety and reliability across our product lines.
We work closely with local distribution partners to assist with regulatory filings, including CE MDR and NMPA registrations. Additionally, our global team provides technical training, remote diagnostic support, and stocked replacement parts to keep down-time to a minimum.
This comprehensive support model helps hospitals and medical networks integrate Aert Medical equipment smoothly into their clinical routines, backed by reliable service and maintenance.
Aert Medical combines technological innovation with patient-focused design. Our development roadmap aims to integrate advanced hardware with artificial intelligence, helping to automate diagnostic processes and expand medical access.
Key areas of development include integrating advanced computer vision modules into mobile systems, helping to automate patient positioning and alignment. We are also expanding our microelectronics research to develop higher-resolution photon counting detectors for spectral imaging.
By continuing to invest in component-level research and manufacturing, we aim to deliver accessible, high-performance mobile diagnostic tools to medical providers worldwide.
Answers to common technical, regulatory, and integration questions from medical equipment buyers and clinical engineers.
Extended catalog including active tracking modules, permanent magnet MRI scanners, and high-performance surgical components.
