WeMed Medical Invites You To Connect At Arab Health 2025 in Dubai
Beijing WeMed Medical Technology Co., Ltd. is a nationally accredited "Little Giant" enterprise specializing in the provision of interventional and orthopedic diagnosis and treatment equipment, as well as comprehensive solutions. With extensive experience in product development, design, and industrialization over numerous years. We offer a wide range of interventional product lines including Digital Subtraction Angiography System, Mobile C-arm X-ray System, and Endovascular Robotic System.
WeMed Medical has obtained ISO13485 system certification, while each line of our interventional products has achieved CE and NMPA certifications. We are committed to innovation-driven development with an average product innovation iteration completed every two years. The company has emerged as one of the exclusive five global entities engaged in the production and research of vascular interventional surgical robots. And holds the second-highest number of first invention patents in this field globally.
Following an overseas development strategy encompassing both "bringing in" and "going out," we successfully acquired Italy's EUROCOLUMBUS company through overseas mergers and acquisitions. This move allowed us to establish a global dual center for realizing international strategic layouts across product research and development, manufacturing, sales and marketing.
Case1: Floor-mounted Intelligent FPD 7-axis DSA -- Pilot-c
Pilot-c features a floor-mounted 7-axis C-arm system, offering greater flexibility and wider coverage. This design matches the coverage of ceiling-mounted systems, enabling active transverse and longitudinal imaging without moving the patient. It effectively meets the demands of interventional procedures from every angle.
The product is equipped with a full-process HD imaging chain, comprising a liquid metal bearing X-ray tube, a variable frequency high-voltage generator, and an HD flat panel detector. The combination of these technologies ensures high-definition images, providing physicians with more accurate diagnostic information.
Pilot-c supports multiple operation modes, including linear workflow, emergency, and hybrid space-sharing modes. With its unique folding gantry design, the C-arm achieves a smaller rotation radius while providing extensive imaging coverage. This reduces installation constraints, allowing physicians to adjust the equipment's position during complex procedures for optimal imaging results.
Case2: Medical Angiography X-ray System With Full-process AI HD Image Chain -- Taikon Series
After nearly four years of dedicated research and development, WeMed Medical has integrated the AI-powered We-Aimage imaging algorithm platform into its high-end Taikon series DSA products. This platform enables independent pixel-by-pixel computation, allowing precise functional distinction and recognition of similar signals. It enhances vascular edge clarity, minimizes background noise, applies localized processing to specific regions, and significantly improves both temporal and spatial resolution. Additionally, it improves tissue uniformity and increases the detectability of subtle lesions.
7-axis folding gantry with compact body and wide coverage: The Taikon Series DSA features an advanced 7-axis folding C-arm system, overcoming the limitations of current domestic C-arm motion technology. It enables independent movement between the base and column, significantly expanding the motion radius and eliminating blind spots in imaging.
The intelligent gantry supports various work configurations, including linear scanning, left-handed, right-handed, and operating room setups, ensuring optimal positioning of the operator and equipment during procedures such as pacemaker implantation, structural heart disease treatments, and TIPS. It also enables high-speed image acquisition at 70°/s and 3D high-definition imaging for off-center positioning, enhancing convenience and efficiency.
Case 3: High-end Compact Mobile C-arm X-ray System -- Phoenix Series
Enhanced mobility with no cable entanglement: The integrated design prevents cable tangling, reducing interference with other equipment and minimizing the risk of tripping for personnel. The device is the lightest in the industry and is easily movable by one person, enhancing flexibility during intra-operative transport.
Built-in UPS for smooth transition between operating rooms: The embedded UPS ensures uninterrupted power transfer between rooms, eliminating system restarts, minimizing wait and surgical times, and avoiding power interruptions, thus ensuring the safety of intra-operative imaging data.
Increased control flexibility: Dual-screen synchronization enables sharing of images, acquisition data, control, and more, enhancing collaboration and efficiency during surgeries.
3.5KW X-ray Tube: The 3.5KW X-ray tube delivers stable output with strong penetration, while the 1200KHU anode heat capacity supports prolonged continuous fluoroscopy.
Smart Imaging:
- Smart ROI: Automatically tracks and enhances the ROI for improved clarity.
- Smart Metal Detection: Automatically identifies metal objects, minimizing interference and improving image quality.
- Smart Angle: Enables multi-angle image rotation without radiation, designed for the physician's viewing preferences.
Case 4: Fully Motorized Mobile C-arm X-ray System -- Elfinbot 100
Bionic "Compound Eye" Imaging Algorithm: High-definition images are displayed with exceptional clarity, accurately restoring lesions and eliminating optical distortion.
Fully electric control with multi-angle movement, meeting the radiographic imaging needs of various surgical procedures.
High-speed rotating anode X-ray tube: Longer service life, enhanced stability, and ultra-high heat capacity for continuous operation during extended procedures without system downtime.
Amorphous silicon dynamic flat-panel detector: Captures high-definition images with a larger imaging area and minimal distortion.
Dual control box design with a full touchscreen display simplifies motion control and software operation.
Ergonomically designed control handles, foot pedals, and button angles align with ergonomic principles, facilitating easy equipment transport.
Case 5: Global Leading Endovascular Robotic System -- ETcath200
The ETcath200 covers the entire interventional procedure, enabling physicians to remotely control common interventional devices, including angiography catheters, guidewires, balloon catheters, stents, drug-coated balloon catheters, IVUS catheters, OCT catheters, and more.
The high prevalence of cardiovascular diseases represents a significant threat to human health, and endovascular interventional surgery has become the standard treatment for most cardiovascular conditions.
The ETcath200 can accurately replicate the physician's hand movements during surgery, enabling accurate control of interventional device translation and rotation, and incorporating smart resistance sensing. This enhances the physician's confidence in minimally invasive vascular procedures and boosts surgical efficiency.
