Mobile C-arm For Intervention Mobile C-arm For Intervention
Clinical ApplicationsFunctions: vascular angiography, digital subtraction angiography (DSA), roadmap, fluoroscopy, and radiography. Applicable Departments: interventional radiology, vascular surgery, oncology, gastroenterology, and orthopedics. Applications: TACE (Transcatheter Arterial Chemoembolization), cardiac pacemaker implantation, peripheral arteriography, inferior vena cava filter placement, ERCP (Endoscopic Retrograde Cholan-giopancreatography), etc. Interventional Oncology
Embolization for Gynecological Cancer |
TACE Digestive Disease Interventions
ERCP |
Esophageal Stent Placement for Esophageal Strictures Comprehensive Clinical Solution for InterventionsThe DSA can generate high-definition vascular images in real time. With the Roadmap function, it provides precise vascular images during procedures.
High-Definition ImagingFeaturing a proprietary high-power generator, high-heat-capacity tube, and large FPD, this platform is further enhanced by advanced imaging processing algorithms and an efficient circulating cooling system.
| Surgical Intervention
Cardiac Pacemaker Implantation
Deep Vein Thrombosis of Lower Limbs |
Orthopedics
Lumbar Spine (AP View)
Hip (AP View) | Redefine Precise InterventionHigh-Pressure Injector Interface When fluoroscopy is started, the high-pressureinjector automatically injects contrast media, streamlining surgical workflow and reducing radiation exposure related to manual injection.
High-Performance Flat Panel Detector Equipped with a large dynamic FPD, the system ensures distortion-free imaging. It can cover the chest, abdomen, and pelvis in one exposure, minimizing over-lap and blind spots, reducing exposures, and shortening surgical time. |
DSA DSA provides real-time, high-definition vascular images. Its roadmap offers precise vascular navigation for procedures, significantly enhancing surgical safety and reducing both contrast media dosage and radiation exposure.
| Circulating Cooling System The proprietary cooling system enables extended high-frame-rate fluoroscopy with high-definition image quality. High Power Robust power output ensures superior image quality and sustained operation for peripheral and comprehensive interventions.
Tableside Controller It supports exposure parameter adjustment, movement control, etc.
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Reduce Radiation Dose Care for Clinical SafetyVirtual CollimatorThe system allows on-screen preview of the effective field of view. This reduces unnecessary test exposures and minimizes radiation for both medical staff and patients. Advanced Pulse Control Technology The system intelligently modulates pulse width, optimizing X-ray intensity for superior per-frame image quality. This allows for longer durations under equivalent radiation compared to continuous fluoroscopy. Intelligent Dose Control Technology The system achieves lower radiation by precisely adapting to different patient anatomies and examination areas. | Removable Grid A removable high-density grid, minimizing scattered X-rays and enhancing image contrast while reducing haze. For pediatric cases and dose-sensitive procedures, thegrid can be manually removed to maintain clear images with lower radiation.
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Smart Interaction Precise | Adjustable SID The FPD can be flexibly adjusted, raised to increase the opening distance of the C-arm and lowered to get closer to the exposed area to expand the FOV.
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Functions: vascular angiography, digital subtraction angiography (DSA), roadmap, fluoroscopy, and radiography.
Applicable Departments: interventional radiology, vascular surgery, oncology, gastroenterology, and orthopedics.
Applications: TACE (Transcatheter Arterial Chemoembolization), cardiac pacemaker implantation, peripheral arteriography, inferior vena cava filter placement, ERCP (Endoscopic Retrograde Cholan-giopancreatography), etc.
Embolization for Gynecological Cancer
TACE
ERCP
Esophageal Stent Placement for Esophageal Strictures
The DSA can generate high-definition vascular images in real time. With the Roadmap function, it provides precise vascular images during procedures.
These functions improve the success rate of treating complex lesions and lower the risk of contrast-induced nephropathy.
Featuring a proprietary high-power generator, high-heat-capacity tube, and large FPD, this platform is further enhanced by advanced imaging processing algorithms and an efficient circulating cooling system.
Together, they produce high-definition images and maintain stable frame rates throughout prolonged procedures.
Cardiac Pacemaker Implantation
Deep Vein Thrombosis of Lower Limbs
Lumbar Spine (AP View)
Hip (AP View)
High-Pressure Injector Interface
When fluoroscopy is started, the high-pressureinjector automatically injects contrast media, streamlining surgical workflow and reducing radiation exposure related to manual injection.
High-Performance Flat Panel Detector
Equipped with a large dynamic FPD, the system ensures distortion-free imaging. It can cover the chest, abdomen, and pelvis in one exposure, minimizing over-lap and blind spots, reducing exposures, and shortening surgical time.
DSA
DSA provides real-time, high-definition vascular images. Its roadmap offers precise vascular navigation for procedures, significantly enhancing surgical safety and reducing both contrast media dosage and radiation exposure.
Circulating Cooling System
The proprietary cooling system enables extended high-frame-rate fluoroscopy with high-definition image quality.
High Power
Robust power output ensures superior image quality and sustained operation for peripheral and comprehensive interventions.
Tableside Controller
It supports exposure parameter adjustment, movement control, etc.
The system allows on-screen preview of the effective field of view. This reduces unnecessary test exposures and minimizes radiation for both medical staff and patients.
Advanced Pulse Control Technology
The system intelligently modulates pulse width, optimizing X-ray intensity for superior per-frame image quality. This allows for longer durations under equivalent radiation compared to continuous fluoroscopy.
Intelligent Dose Control Technology
The system achieves lower radiation by precisely adapting to different patient anatomies and examination areas.
Removable Grid
A removable high-density grid, minimizing scattered X-rays and enhancing image contrast while reducing haze. For pediatric cases and dose-sensitive procedures, thegrid can be manually removed to maintain clear images with lower radiation.
It supports real-time intraoperative planning, enabling precise annotation of critical structures such as blood vessels and calculi while marking vascular pathways. This provides intuitive guidance for guidewire insertion, enhancing procedural accuracy.
Adjustable SID
The C-arm supports multi-dimensional movements to meet complex positioning requirements, and motorized control makes the operation convenient and safe.
Measurement
It enables multi-segment measurements in a single operation with automatic length summation, assisting physicians in quickly and accurately determining the specifications of stents and guidewires.
Adjustable SID
The FPD can be flexibly adjusted, raised to increase the opening distance of the C-arm and lowered to get closer to the exposed area to expand the FOV.
