Mobile Interventional Imaging System
Engineered for mobility, precision & speed
The Mobile Interventional Imaging System brings high-resolution imaging wherever it’s needed – from the OR to ICU and emergency care. Its wireless mobility and intuitive handling enable fast, image-guided interventions even under critical conditions. With low-dose technology and real-time visualization, it ensures accuracy, speed, and safety in every procedure.
CT-like Imaging
High-resolution & HU accuracy for clear CT-quality imaging
True Mobility
Compact chassis for fast
room-to-room transport
Low Dose
Radiation optimization
for patient & staff safety
Plug-and-Play Setup
Immediate deployment in
OR, ICU, & emergency care
Why Mobility Matters in Interventional Imaging
Modern interventional radiology depends on fast access to imaging – anywhere and anytime. Fixed systems often limit flexibility, delay procedures, or require patient transfer. The Mobile Interventional Imaging System eliminates these barriers with portable precision and real-time visualization.
Limited Room Access
Fixed installations restrict use to one suite. The mobile platform moves freely across ORs, ICUs, and trauma bays for imaging where it’s needed.
Stop & Go Procedures
Traditional systems require manual movements and delay times. True real-time CT quality imaging ensures smooth interconnection between imaging and the surgery process.
Radiation Management
Conventional mobile fluoroscopy often increases dose. Integrated dose optimization keeps radiation low while maintaining diagnostic clarity.
Image quality
Many mobile interventional systems come with limited image quality. Having true CT-like image quality provides high spatial and HU contrast for optimal visibility during surgery.
Advantages and Benefits
The Mobile Interventional Imaging System unites precision imaging with complete mobility for safer and faster interventions across hospital departments.
- Compact mobile chassis allows rapid transport and deployment
- Flat-panel detector ensures sharp CT-quality real-time imaging for vascular and orthopedic procedures
- Low-dose technology protects patients and staff without compromising image detail
- Flexible C-arm geometry supports multiple procedures and access angles
- Large bore for unrestricted access and full procedural coverage across complex surgical and interventional cases
How You Benefit
True Mobility and Fast Deployment
Quick room-to-room transport with plug-and-play setup ensures immediate imaging availability for urgent interventions in OR, ICU, and emergency care.
High-Resolution Real-Time Imaging
Advanced flat-panel detector delivers CT-like visualization for vascular, orthopedic, and trauma procedures while supporting low-dose operation for patient and staff safety.
Battery-Powered Independence
Long operating time without external power supply allows uninterrupted workflows and reliable use in critical environments or during patient transfers
Large Bore for Full Access
Wide bore enables unrestricted patient access, full imaging coverage, and easy positioning for complex surgical and interventional procedures.
Get in Touch
Co-Develop Your Mobile Interventional Imaging System with gKteso
Contact us to learn how the Mobile Interventional Imaging System brings real-time imaging, full mobility, and low-dose precision to every operating room, ICU, and emergency environment.
- Flexible, mobile imaging chassis with customizable geometry and workflow adaptation
- Seamless integration with hospital IT, PACS, and hybrid OR infrastructures
- CE-compliant, FDA-ready, and engineered for global market access
Exceptional Image Quality
Integrated for Every Workflow
The Mobile Interventional Imaging System combines mobility with uncompromising image precision. Its advanced flat-panel detector and real-time reconstruction deliver CT-like image quality with high spatial and HU accuracy – even in motion and under critical conditions. Designed for seamless integration into hybrid ORs and hospital infrastructures, it ensures instant image availability where every second counts.
With intelligent dose management, the system achieves diagnostic clarity at minimal radiation levels, protecting both patients and staff. Flexible geometry and battery-powered mobility allow fast adaptation across vascular, orthopedic, neuro, and trauma procedures – without workflow interruption.
Whether in the operating room, ICU, or emergency bay, it guarantees the same diagnostic confidence as a stationary CT system, bringing true imaging precision to the point of care.
Our Applications
for Advanced Mobile Imaging
High-quality imaging is essential for safe and accurate interventions. The mobile platform enables real-time visualization and precise guidance across a wide range of vascular, orthopedic, and trauma procedures.
- Vascular Interventions: Real-time imaging for angiography, stent placement, and endovascular procedures at the point of care.
- Orthopedic and Trauma Surgery: Supports fracture fixation, implant placement, and intraoperative control with clear low-dose imaging.
- Neurointerventional Procedures: Delivers real-time visualization and positioning during minimally invasive neurovascular treatments.
- Emergency and ICU Imaging: Portable imaging for acute interventions and bedside procedures in intensive care units and trauma environments.
- Hybrid Operating Rooms: Combines surgical flexibility and real-time imaging in multi-disciplinary interventional suites.
Vascular Interventions
Orthopedic Surgery & Trauma Care
Intensive Care Procedures (ICU)
Hybrid OR
Image-Guided Interventions
Learn more about our projects
Discover how gKteso’s positioning solutions are applied in advanced radiotherapy systems worldwide. From prototype integration to clinical implementation, our projects demonstrate precision engineering in real treatment environments. Learn how we collaborate with OEM partners to shape the next generation of radiotherapy technology.
Learn more about …
Patient Positioning Systems by gKteso: Tailored for modern radiotherapy environments.
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Frequently Asked Questions
Why is battery powered independence critical for deploying interventional imaging systems across acute care environments?
How does the system achieve CT quality diagnostic confidence while the patient or scanner is in motion?
What mechanisms protect surgical teams from cumulative radiation exposure during long image guided interventions?
How do the large bore design and flexible C arm geometry accommodate complex orthopedic and vascular setups?
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