Micro-X Rover Plus
Meet the Micro-X Rover Plus, a revolutionary mobile X-ray system powered by our revolutionary Nano Electronic X-ray (NEX) technology. Utilizing breakthrough Carbon Nano Tube (CNT) Technology, the Rover Plus liberates your clinical team with a high-performance mobile DR system designed for humanity.
The powerful generator provides a technique range from to , capable of supporting examinations on both pediatric and adult patients. Coupled with a 15.6″ Full-HD Imaging Station and full DICOM 3.0 compliance, the Rover Plus integrates seamlessly into your clinical workflow. It truly is a “rad room on wheels”.
Micro-X is so confident in the enduring reliability of the NEX tube that we back it with an industry-defining 10-Year Tube Warranty, drastically reducing your total cost of ownership (TCO).
Experience the future of mobile radiography.
See how the Micro-X Rover Plus compares to traditional mobile X-ray systems.
| Feature | Rover Plus | Traditional Systems* |
|---|---|---|
| Weight | 112 kg (247 lbs) | 375–700 kg |
| Power Output | 9 kW | 30–50 kW |
| Mobility | Ultra-light, deploy anywhere | Motorized, heavy systems |
| Tube Technology | CNT (Carbon Nanotube) | Rotating thermionic anode |
| Footprint | Compact | Large |
| Use Case | ICU, field deployment, mobile imaging | Hospital corridors, high-throughput imaging |
*Includes systems from GE, Siemens, Philips, Carestream, Samsung, and Shimadzu.
You manage the workflow. These guides are written for the people who actually move, position, and operate mobile X-ray systems every shift.
Technology
Every frustration with a traditional mobile X-ray system — the spin-up wait, the motorized drive dependency, the sheer effort of maneuvering 600 kg through a crowded ICU — traces back to one design choice: the rotating anode. This guide explains how Carbon Nanotube emission eliminates that architecture and what it means for your daily workflow.
Workflow Impact
System weight is not just a specification — it determines how far you can push a unit into a patient’s room, whether you need a colleague to stabilize the system during positioning, and how your body absorbs each shift. This guide documents the operational difference a lighter platform makes across ICU, ED, and general ward environments.
System Comparison
Motor-free vs. motorized. CNT solid-state vs. rotating anode. Instant emission vs. spin-up delay. Standard outlet vs. dedicated charging dock. This side-by-side comparison covers every dimension that affects how a mobile X-ray system performs in clinical practice — not just on a spec sheet.
Capital equipment decisions require more than a spec sheet. These guides are built to support departmental approval, CFO review, and GPO evaluation processes.
Total Cost of Ownership
A 600 kg mobile X-ray system doesn’t just weigh more — it costs more to operate. Motorized drive systems add maintenance cycles. Large battery arrays require dedicated charging infrastructure. Heavy frames increase repair frequency and extend downtime. This guide quantifies the operational and financial burden of legacy system weight against a 112 kg CNT alternative.
Procurement Comparison
Organized for capital planning and departmental approval. This guide compares the Rover Plus against traditional mobile radiography systems across weight, tube technology, maintenance burden, charging infrastructure requirements, and 10-year vs. 1-year tube warranty — the categories that determine long-term total cost of ownership, not just acquisition price.
Technology Due Diligence
The 10-year tube warranty on the Rover Plus is not a marketing claim — it is a structural outcome of replacing rotating mechanical components with solid-state Carbon Nanotube emission. This guide explains the engineering rationale behind CNT technology for stakeholders conducting technical due diligence on a capital equipment acquisition.
Ready to build a procurement case for the Rover Plus? Lighthouse Imaging Solutions supports hospitals, health systems, GPOs, and international distributors through the full evaluation and approval process.
Power & Performance
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
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.
Clinical Environments
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
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.
Mobility Design
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
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
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
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
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.
International & Distribution
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.
The Rover Plus isn’t just a mobile unit; it’s a precision-engineered diagnostic instrument. Review the official specifications for the MXU-RV35 model, including component ratings, operating ranges, and regulatory compliance. We provide full transparency on key performance metrics such as mAs accuracy () and detailed movement forces, ensuring you have the data needed for system integration and acceptance testing. Learn how Nano Electronic X-ray technology works. Click on the tabs below to find detailed figures on power output, physical dimensions, wireless protocols, and movement ranges.
| X-RAY TUBE (MXU-RV35) | |
|---|---|
| Tube Type: | Carbon Nano Tube (CNT) Technology |
| Voltage Range: | 40 kVp to 120 kVp |
| Current Range: | 20 mA to 90 mA |
| Focal Spot Size: | Variable 0.9 to 1.9 (IEC 60336 equivalent) |
| Anode Input Power: | 9 kW for 12 ms |
| Target Material: | Tungsten |
| Heat Capacity: | 27 KHU (Anode) |
| Inherent Filter: | 2.5 mm Al at 75 kV (IEC 60522) |
Exposure Range (kVp vs. mAs)
| X-RAY GENERATOR | ||||
|---|---|---|---|---|
| Power Output: | 9 kW | |||
| Technique Range: | mAs: 0.2 to 80 (per ISO Series R'20) | |||
| mAs Accuracy: | ±(10%+0.2 mAs) | |||
| Linearity Coeff.: | ≤0.1 | |||
| Reproducibility: | 0.05 for kVp and mAs parameters | |||
| PHYSICAL CHARACTERISTICS | |
|---|---|
| Weight: | 247 lbs (112 kg) |
| Height (Docked): | 51.2 in (1300 mm) |
| Wheel Base Width: | 22.9 in (583 mm) |
| Length (Docked): | 53.9 in (1371 mm) |
| Max. Incline: | 5 degrees (head in transport position) |
| X-RAY TUBE MOVEMENTS | |
|---|---|
| Min Vertical Height: | 28.03 in (712 mm) |
| Max Vertical Height: | 84.6 in (2148 mm) |
| Arm Rotation: | ±239 degrees |
| Tube Angulation (alpha) | ±110 degrees |
| Head Tilt (tau): | −16 to +98 degrees |
| MOVEMENT & HOLDING FORCES | |
|---|---|
| Vertical Movement Force (zeta): | 53 N |
| Vertical Holding Force (zeta): | 40 lbf (175 N) |
| Column Rotation Movement (beta): | 20 N⋅m |
| Tube Tilt Holding Force (tau): | 28 N⋅m (250 in lb) |
| IMAGING STATION / CONSOLE | |
|---|---|
| Display Type/Size: | LCD, 39.6 cm (15.6 in) viewable |
| Display Ratio: | Full-HD (1920 x 1080) |
| Operating System: | Microsoft Windows 10 LTSC 2019 (64-bit) |
| Processor: | Intel Core i5-7300U |
| Onboard Storage: | 250GB SSD |
| DICOM Compliance: | Work List, Store, Print, MPPS, Store Commit |
| ELECTRICAL / BATTERY | |
|---|---|
| Battery Type: | |
| Number of Batteries: | 5 |
| Total Voltage: | 72 Vdc |
| Charge Power Req.: | 100 to 240 Vac, 50/60 Hz |
| WIRELESS COMMUNICATIONS | |
|---|---|
| Network Protocol: | TCP/IP |
| Wireless Protocol: | 802.11 a/b/g/n/ac |
| Frequency Band: | 2.4 GHz and 5 GHz |
| Encryption: | WPA2-Enterprise or Personal (AES or TKIP) |
| Authentication: | EAP-PEAP-MS-CHAPv2, EAP-LEAP, EAP-PSK |
Quality and Regulatory Certificates (OEM site) – 510(k) Premarket Notification (FDA site)
Rover Plus specifications (PDF) – Rover Plus sales brochure (PDF)
Brochures: Baseball (PDF) – Basketball (PDF) – Football (PDF)
Support & Training
For more information about the Micro-X Rover Plus contact:
Lighthouse Imaging Solutions LLC
940 N 2nd Ave.
St. Charles, IL 60174 USA
sam@lighthousehope.net
Micro-X Ltd
A14 – 6 MAB Eastern Promenade
SA 5042, Australia
+61 8 7099 3966
salesteam@micro-x.com
Micro-X technical support
855 S 192nd St. Suite B600
SeaTac, WA 98148
+1 (919) 816-2083
salesteam@micro-x.com
www.micro-x.com
* All product names, logos, company names, and trademarks mentioned in this document, including but not limited to Micro-X Ltd, Varex Imaging Corp and Nexus Imaging Solutions LLC are the property of their respective owners. Reference to these products is for informational purposes only and does not imply any affiliation, sponsorship, endorsement, or recommendation by the trademark holders. Lighthouse Imaging Solutions LLC and its affiliates disclaim any liability arising from the use of or reliance on such references.
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© 2025 Lighthouse Imaging Solutions, LLC. All rights reserved.
