The Nano X-Ray Revolution: Freedom From the Status Quo

Power & Performance

Is 9 kW sufficient for bedside imaging workflows?

Yes. Most bedside chest and orthopedic imaging exams require less than 10 kW. The Rover Plus delivers 9 kW through Carbon Nanotube (CNT) technology — sufficient for the vast majority of ICU, emergency, and general ward imaging. High-throughput trauma suites requiring 30–50 kW may still benefit from a higher-power system, and we will tell you that directly during your evaluation.

Technology

How does CNT technology differ from a traditional rotating anode X-ray tube?

Traditional mobile X-ray tubes use a rotating anode — a tungsten disc spinning at thousands of RPM to distribute heat. This mechanical design requires a larger power system, heavier drive components, and significant maintenance infrastructure. CNT technology replaces the rotating anode entirely with solid-state electronic emission: no spinning components, near-instant X-ray generation, dramatically less weight, and a 10-year tube warranty rather than the typical 1-year coverage.

Deep dive: The Nano Electronic X-Ray Revolution →

Clinical Environments

What clinical environments is the Rover Plus designed for?

The Rover Plus is engineered for environments where maneuverability, workflow efficiency, and deployment simplicity matter most: ICUs, Emergency Departments, orthopedic and general ward bedside imaging, rural and community hospitals, mobile and temporary care facilities, and military or field medical applications. It is not optimized for high-throughput trauma environments requiring 30–50 kW, and we will advise accordingly during your evaluation.

System Weight

How much does the Rover Plus weigh compared to traditional mobile X-ray systems?

The Rover Plus weighs 112 kg. Most traditional mobile X-ray systems weigh between 500 and 800 kg — a direct consequence of rotating anode architecture, motorized drive systems, and large battery arrays. That weight difference has real operational consequences: maneuverability in tight ICU spaces, staff physical burden, and maintenance complexity. See the full weight comparison →

Mobility Design

Does the Rover Plus require a motorized drive system?

No. The Rover Plus is motor-free by design. Because CNT technology eliminates the rotating anode and the heavy power systems it requires, the system weighs only 112 kg — light enough to maneuver manually without a powered drive system. This removes an entire category of mechanical complexity, maintenance requirements, and potential failure points that add cost and downtime to traditional platforms.

Charging Infrastructure

Does the Rover Plus require a dedicated charging station or special electrical infrastructure?

No. The Rover Plus charges using standard 100–240V wall outlets — no dedicated charging dock, high-amperage circuit, or specialized electrical infrastructure required. This makes it particularly well-suited for rural hospitals, community health centers, temporary facilities, and international deployments where dedicated charging infrastructure is unavailable or cost-prohibitive.

Tube Warranty

What is the X-ray tube warranty on the Rover Plus, and why is it 10 years?

The Rover Plus carries a 10-year X-ray tube warranty — compared to the approximately 1-year tube warranties typical of traditional rotating anode systems. This is a structural outcome of CNT technology: without rotating mechanical components subject to heat fatigue, bearing wear, and mechanical stress, the tube has a fundamentally longer service life. The result is lower maintenance costs, reduced unplanned downtime, and a smaller capital replacement burden over the system’s life.

Regulatory Compliance

Is the Micro-X Rover Plus FDA cleared?

Yes. The Micro-X Rover Plus is FDA cleared under 510(k) K211423. It is a legally marketed medical device in the United States. Lighthouse Imaging Solutions can provide documentation to support purchasing departments, compliance teams, and regulatory review processes.

Procurement Process

How does Lighthouse Imaging Solutions support the procurement and evaluation process?

We work directly with hospitals, health systems, GPOs, and international distributors throughout the evaluation and purchasing process — reviewing technical specifications and pricing, discussing your clinical environment and workflow requirements, issuing a formal quotation or pro forma invoice for budget approval, and coordinating delivery, onboarding, and operational readiness. Request pricing or a pro forma invoice →

International & Distribution

Is the Rover Plus available for international purchase or through distributors?

Yes. Lighthouse Imaging Solutions welcomes distributor partnerships and international purchasing inquiries. The Rover Plus is designed for global deployment — its standard 100–240V wall outlet charging and motor-free architecture make it well-suited for international healthcare environments where infrastructure constraints often make traditional heavy mobile X-ray systems impractical. Contact us to discuss distributor terms, international regulatory documentation, and pro forma invoice support.

Start a distributor inquiry →

For departments primarily performing bedside chest and orthopedic imaging, the full portable X-ray system comparison provides a structured side-by-side review to support your capital planning process — or request pricing and a pro forma invoice when your team is ready to move forward.