- Orthopedic trauma imaging and intraoperative verification
- 3D spinal surgery planning and screw placement
- Minimally invasive neurosurgical procedures
- Vascular and endovascular interventions
- General trauma, pelvic and extremity imaging
- Image-guided joint replacement procedures
Ziehm Vision RFD 3D Hybrid Edition
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Ziehm Imaging
Medical Diagnostic Equipment
Ziehm Vision RFD 3D Hybrid Edition
Advanced Mobile C-Arm X-Ray System for Intraoperative 3D Imaging
The Ziehm Vision RFD 3D Hybrid Edition is a high-performance mobile C-Arm X-ray system engineered for complex surgical procedures requiring intraoperative 2D and 3D imaging.
Overview
The Ziehm Vision RFD 3D Hybrid Edition is a high-performance mobile C-Arm X-ray system engineered for complex surgical procedures requiring intraoperative 2D and 3D imaging.
Designed for hybrid ORs, orthopedic trauma centers, neurosurgery, and minimally invasive interventions, this system delivers high-resolution 3D reconstructions, comprehensive navigation support, and excellent dose optimization.
Powered by the patented Ziehm CMOS flat-panel detector and advanced 3D reconstruction engine, it enables surgeons to visualize anatomical structures with clarity equivalent to fixed CT systems while maintaining the flexibility of a mobile C-arm.
Technical Features & Specifications
Detector & Imaging
- Detector Type: CMOS flat-panel detector
- Detector Size: 30 × 30 cm
- Pixel Size: 150 μm high-resolution sampling
- 3D Imaging Capability: Up to 200° scan angle
- 3D Reconstruction: 512³ voxel volume
- Field of View (3D): 16 cm³ and 21 cm³ volumes
- Modes: Fluoroscopy, pulsed fluoroscopy, snapshot digital radiography
- Dynamic Range: High dynamic range CMOS sensor technology
- Image Engine: Ziehm Advanced Image Processing (AIP)
Performance & Workflow
- Generator Power: 20 kW
- Tube Current: Up to 250 mA
- Tube Voltage: 40–150 kV
- Pulse Technology: SmartDose for radiation optimization
- Navigation: Compatible with leading surgical navigation systems
- Steering: Motorized or manual assisted steering
- Cooling: Advanced liquid cooling for extended OR use
System Design
- Mobile C-arm with Hybrid OR capabilities
- Large touchscreen control interface
- Wireless data transfer to PACS
- DICOM connectivity for seamless workflow
- Battery-buffered system for uninterrupted operations
Compliance
- CE certified (MDR 2017/745)
- Compliant with IEC 60601-1 and IEC 60601-2-43
- Designed for hybrid and advanced surgical suites
- High-resolution 3D imaging comparable to CT scanners
- SmartDose technology significantly reduces patient and staff dose
- Real-time intraoperative 3D feedback increases surgical accuracy
- Seamless integration with navigation platforms
- Stable thermal management for long surgical procedures
- Large flat-panel detector captures full anatomy with minimal repositioning
- Compact mobile system suitable for hybrid and standard ORs
- Anti-collision sensors for patient and staff safety
- Automatic dose control for each anatomical region
- Tube overheat protection with liquid cooling
- Built-in emergency stop and OR safety interlocks
- CE-certified medical device compliant with hospital OR standards
What makes the Ziehm Vision RFD 3D different from a conventional C-arm?
It provides intraoperative 3D volumetric imaging, enabling CT-like visualization during surgery — something standard C-arms cannot perform.
Can the system integrate with surgical navigation?
Yes. It is compatible with leading surgical navigation platforms, making it ideal for trauma and spine surgeries.
What types of procedures benefit from 3D C-arm imaging?
Spinal fixation, complex ortho trauma, tumor resections, deformity corrections, and neurosurgical minimally invasive procedures.
How long does a 3D scan take?
A typical 3D sweep takes approximately 10–20 seconds, depending on selected field of view.
Does the system have dose-reduction technologies?
Yes. SmartDose includes pulsed fluoroscopy, dynamic filtration, and anatomically optimized exposure.
What is the typical room size required?
A minimum of 25–30 m² is recommended for optimal mobility and surgical access.
How is the system cooled during prolonged operations?
A liquid-cooling system ensures stable performance during long or repeated imaging cycles.