Aert Medical
Aert Medical
In the rapidly evolving environment of modern critical care, access to high-fidelity diagnostic imaging at the point of need is no longer a luxury—it is the cornerstone of effective patient outcomes. The global shift from static, centralized imaging centers to decentralized, bedside-ready, and mobile-integrated solutions marks a profound milestone in medical engineering.
Traditional medical diagnostic pathways often require transporting critically ill or hemodynamically unstable patients to dedicated imaging rooms located far from emergency rooms or intensive care units. These patient transfers carry documented risks, including device dislodgement, physiological destabilization, and delays in therapy. As a premier CE Certified advanced patient care equipment manufacturer and exporter, we address these systemic inefficiencies directly. By engineering mobile computed tomography (CT) and mobile magnetic resonance imaging (MRI) systems designed specifically for bedside operation, ambulance deployment, mobile medical vans, and austere military environments, we bring clinical-grade diagnostic power to the patient.
"The future of patient care lies in bringing advanced diagnostics directly to the point of injury or disease manifestation, cutting response times from hours to critical minutes."
Through strategic hardware integration and custom component development—ranging from specialized high-precision injection-molded enclosures for high-vibration mobile scenarios to advanced CMOS flat-panel detectors—we establish robust solutions that meet international clinical benchmarks. By reducing diagnostic timelines from hours to minutes, our equipment facilitates rapid triage, especially for acute neurovascular pathologies, respiratory crises, and orthopedic trauma.
Wenzhou Aert Medical Co., Ltd. stands at the forefront of medical technology, functioning as a premier, high-tech enterprise dedicated to the research, development, production, and international distribution of cutting-edge mobile CT scanner units, mobile MRI devices, and high-performance digital X-ray detectors. Headquartered in Wenzhou, Zhejiang Province, our corporate infrastructure encompasses multiple state-of-the-art research and development facilities alongside production plants designed to support complex electromechanical system assemblies.
Figure 1: Wenzhou Aert Medical Advanced Diagnostic Equipment R&D Center
Our development initiatives are propelled by close, active collaborations with distinguished domestic and international scientific research organizations, clinical teaching hospitals, and leading academic institutions. These partnerships ensure that our product development cycles correspond directly to real-world clinical requirements and incorporate the latest breakthroughs in materials science, microelectronics, and signal processing. Operating under the guiding philosophy of "Excellence in Medical Devices, Integrity in Protecting Life", we focus on delivering healthcare technologies that meet strict international quality standards, supporting the global expansion of medical access for all clinical environments.
Our engineering vision focuses on resolving the physical limitations that traditional imaging systems face, making diagnostic procedures safer, faster, and more accessible.
Our proprietary "LingTong" and "Ark" mobile CT series utilize a unique "Automation Balance System." This system bridges the gap between Cone Beam CT (CBCT) architectures and high-velocity spiral CT systems, enhancing CBCT resolution parameters to rival standard 64-slice spiral CTs while minimizing patient exposure and system power demands.
Our targeted development of low-field and ultra-low-field mobile MRI units focuses directly on real-time neurosurgical navigation. Operating without massive liquid helium cooling arrays, these compact machines run near the patient bed, providing rapid, artifact-free scans of the head, spine, and joints.
Wenzhou Aert Microelectronics leads our semiconductor research, developing high-sensitivity CMOS flat-panel detectors. Our research into photon-counting detectors aims to transform direct-conversion digital imaging, enabling clearer tissue differentiation and lower radiation exposures.
Our development plan focuses on three key areas: advanced sensor development, AI-assisted image reconstruction, and modular design. By using high-performance CMOS architectures directly connected to low-noise readout integrated circuits (ROICs), we improve raw signal acquisition directly at the detector. Additionally, our upcoming mobile CT systems will use AI-based reconstruction models to minimize artifacts from patient movement and metallic implants, producing clear, diagnostic-quality images even at very low radiation levels.
Developing high-performance hardware is only one part of the equation; integrating these diagnostic systems into modern healthcare systems is where we deliver real value.
Modern healthcare systems require adaptable equipment that operates across various environments, from standard hospital rooms to remote field clinics. Our mobile CT and mobile MRI designs address these challenges by providing high mobility, low power consumption, and robust physical protection. We support multiple clinical workflows:
Within intensive care units (ICUs) and emergency wards, our bedside CT scanners allow clinicians to perform imaging without moving patients, keeping critical support lines intact. For emergency medical services (EMS), these low-radiation scanners can be mounted in specialized mobile vehicles and stroke ambulances, enabling immediate brain imaging to differentiate between ischemic and hemorrhagic strokes right at the scene. In remote regional clinics, military medical units, and disaster response scenarios, our mobile systems deliver reliable imaging where traditional stationary scanners cannot be installed, improving healthcare access and equity across diverse regions.
Wenzhou Aert Medical operates a fully integrated manufacturing process, combining advanced component fabrication with precision final assembly.
To ensure product reliability, we maintain full control over our supply chain. Our manufacturing facilities utilize advanced injection molding processes to produce precise, high-durability internal brackets, external housings, and mechanical components from materials like POM, ABS, and specialized polyamides (PA). This in-house capability ensures all parts meet precise tolerances, resist chemical wear, and provide electromagnetic shielding (EMI) for sensitive electronics.
Additionally, our microelectronics assembly facility features Class 100 cleanroom environments for mounting, calibrating, and testing CMOS flat-panel sensors. By managing everything from custom plastic injection molding to advanced microchip assembly in-house, we reduce supply chain dependencies, maintain strict quality control, and offer highly competitive pricing on all custom OEM and ODM configurations.
Navigating international regulatory approvals is essential for successful medical device procurement. Aert Medical ensures all products comply with major global certifications, including CE and DOT standards, to facilitate smooth integration into healthcare fleets and clinical facilities worldwide.
| Equipment Category | Key Regulatory Standards | Target Clinical Applications | Logistical Support Protocols |
|---|---|---|---|
| Mobile CBCT / Spiral CT | CE MDD/MDR, ISO 13485, IEC 60601-1 | Stroke Triage, Bedside ICU, Trauma Center | Air-suspended shipping, on-site calibration |
| Low-Field Mobile MRI | CE, IEC 60601-2-33 (MRI Safety) | Intraoperative Neurosurgery, Neonatal Care | Non-magnetic structural testing, RF cabin setup |
| Digital X-Ray / CMOS Detectors | CE, RoHS, ISO 9001 | Mobile Diagnostic Vans, Orthopedic Triage | Anti-static packaging, cleanroom verification |
| Mobile Clinic Vehicles & Trailers | DOT, CE, Local Transport Approvals | Disaster Relief, Rural Medical Outreach | Custom structural chassis, shock-absorption setup |
Beyond regulatory certifications, we provide comprehensive logistical support, including custom shock-absorbing shipping frames, international customs documentation, and on-site assembly assistance. Our engineering team helps design and configure systems to meet local clinical guidelines, helping hospitals, clinics, and municipal fleets integrate our mobile imaging systems quickly and efficiently.
Ensuring reliable operation of advanced medical systems requires consistent technical support and responsive localized assistance.
To provide reliable service globally, Wenzhou Aert Medical establishes dedicated support partnerships with medical distributor networks and field service agencies across Europe, the Americas, and the Asia-Pacific region. Our localized technical service programs include: 24/7 remote diagnostic support, local spare parts depots to minimize system downtime, and routine software updates to maintain imaging performance.
We also provide training programs for clinical engineers and biomedical staff. Our engineers conduct detailed on-site installation, calibration, and radiation safety validation, ensuring every mobile CT or MRI unit operates safely and in full compliance with local regulatory requirements.
Figure 2: Aert Medical Advanced CT & MRI Diagnostic Equipment Assembly & Testing
Technical insights and answers regarding mobile CT systems, low-field MRI, custom manufacturing, and global regulatory compliance.
The "Automation Balance System" dynamically manages the scanner's motion path during data acquisition. It combines the wide coverage of Cone Beam CT (CBCT) with the precise, multi-angle reconstruction techniques used in standard spiral CT scans. By adjusting the X-ray tube's output and detector response in real-time, the system reduces scatter radiation and reconstruction artifacts, producing high-resolution, high-contrast images comparable to traditional 64-slice systems while maintaining a lower radiation dose.
Ultra-low-field mobile MRI systems (operating under 0.1T) are highly compact and run without liquid helium cooling systems. In neurosurgical applications, they can be deployed directly in the operating room to provide real-time, intraoperative brain imaging. This allows surgical teams to verify tumor margins, check for post-operative bleeding, and update surgical navigation paths without moving the patient from the sterile field.
Yes. Our mobile CT and MRI systems are engineered for high vibration resistance and low power draw, making them suitable for installation in specialized transport vehicles. When paired with our DOT-compliant mobile clinic platforms, they function as self-contained diagnostic units equipped with shock absorption and climate controls, designed to handle field operations and emergency response duties.
We offer full-cycle OEM/ODM services, including custom plastic injection molding (using POM, ABS, and PA), specialized electronic design, and sensor calibration. This allows us to supply everything from custom structural housings to complete imaging systems tailored to our partners' specific clinical and mechanical requirements.
Our systems utilize high-sensitivity CMOS detectors and advanced image reconstruction software, enabling clear scans at lower radiation doses. By combining physical lead shielding with optimized exposure profiles, we minimize radiation leakage, allowing clinicians to safely perform scans at the bedside with minimal disturbance to nearby patients.
We manage all aspects of export logistics, including custom export packing, compliance documentation for CE and DOT standards, and transport coordination. Our international team helps navigate customs clearances, performs on-site installations, and provides initial system calibration and training for local technicians.
