Erez Meltzer
Analyst · Ladenburg Thalmann & Company
Thank you, Mike, and thank you all for joining us today. In the fourth quarter of 2025, we continued to move the business forward across multiple fronts. While our primary focus remains on expanding our commercial presence, given the current geopolitical situation, we spent a lot of efforts during the quarter and the beginning of 2026 to secure our supply chain and strengthen our financial positions as well. On top of that, we made good progress advancing the capabilities of Nanox platform and strengthening the operational infrastructure needed to support our long-term growth. I'm happy to report that we recently entered into an agreement with Howard Technology Solutions, a division of Howard Industries, which has a national reach and an established presence in health care and public sector market, providing us with a scalable framework for expanding Nanox.ARC deployment. This agreement reflects our confidence in the commercial demand for the Nanox.ARC and our ability to engage partners that can support sustained growth in system placement across the U.S. Under the framework of this agreement, Howard is expected to deploy 300 Nanox.ARC systems over a 3 years period, of which 60 are indicated to be deployed in the first year. We also recently announced multiple commercial agreement, which together accumulates to roughly 360 systems over a 2 to 3 years' period. These partnerships expand our reach across imaging centers and specialty care setting where point-of-care imaging is integral to clinical workflow and patient management. This represents a fundamental shift in how we are poised to scale our business from providing our technology to the deploying it in a meaningful volume, shifting toward a growing CapEx portion. This is what we see as getting us closer to our indicated revenue of 2026. The framework has the potential to become a meaningful contributor over time and gives us confidence in our ability to convert our robust pipeline into revenue as we move forward. We view this as continued momentum and see ourselves moving closer to an inflection point. We observed a clear shift in the market perception at major radiology conferences, including RSNA in the U.S. and ECR in Europe, where engagement and inbound interest increased meaningfully. We've also taken important steps to strengthen our operational foundation. A key component of this initiative is the restructuring of certain activities in our Korean manufacturing facility in order to reduce our Korean operation's OpEx and cash burn and improve efficiency while maintaining our supply of Nanox.ARC system component. We are very pleased with the progress we have made recently, but it is clear that the pace of deployment continues to be influenced by various external processes, including import licenses, construction time line, and regulatory requirements in certain markets. These steps take time to complete. And while we are not satisfied with the pace and would like to see deployments move faster, this reflects the current operating reality across multiple markets. We expect that many of these processes will streamlined as additional sites move through the pipeline. Introducing new technology of any kind into a medical environment is always complex process. It requires alignment across clinical workflow, regulatory framework, and operational infrastructure as well as changing behaviors which all takes time to achieve it. While this can slow down the early stages of deployment, it is also a natural part of introducing innovative technology into the health care systems. Turning to revenues. We continue to target $35 million in revenue for the full year of 2026 based on the execution of our current plans. Today, as part of the above mentioned, we have signed commercial agreement, which we believe could result in present and future placements up to about 400 systems globally over the next 2, 3 years. Of this, approximately 38 systems are currently at various stages of deployment, including demonstration, commercial installation and systems pending construction and/or regulatory approval. In addition, there are approximately 15 systems that are expected to be installed over the next few months as part of our Nanox Imaging network. That said, it is important to emphasize that our current revenue base remain at an early stage and part of this deployed base is not generating revenues and the pace of ramp up will depend primarily on the timing of system activation, their transition into a revenue-generating operation and the impact of the deployment by the business partners. As more systems move into operation and utilization increases, we expect revenue to build accordingly. However, the exact timing of this trend may vary and always depending on the deployment process and progress and other factors. I will now provide some additional color on the Korea restructuring that I referenced in my opening remarks. Recently, we adopted a restructuring plan designed to better align our manufacturing cost structure with our long-term financial model, support our path toward improved gross margin and align our manufacturing capabilities with the company's strategic priorities. As part of this plan and our broader cost reduction efforts, we are closing our chip manufacturing line in South Korea, downsizing our fabrication facilities and shifting production to established international manufacturing partners, including CSEM, a Switzerland-based manufacturing partner. We currently hold substantial emitter inventory, which we plan to work through as we transition to a more efficient outsourced production model better aligned with current and projected demand. With these actions, we expect to reduce structural and overhead costs, lower our cash burn and enhance overall operation efficiency. With that overview, let's now take a detailed look at our various business segments, starting with the U.S. deployment. Beyond the Howard agreement, we also recently announced a distribution agreement with Imperial Imaging Technology, a U.S.-based provider of diagnostic imaging solution, to support rollout across the Southeast, particularly in orthopedic-focused environment where there is strong demand for a point-of-care imaging. In addition, we signed agreements with distributors such as: Integrity Imaging, a U.S.-based provider of medical imaging solution with established relationships across imaging centers and health care providers; Elite Surgical, which serves surgical and specialty care environments; Digital X-Ray Imaging, a leading diagnostic imaging provider with deep regional presence across Arkansas; and most recently, a collaboration with [indiscernible], an imaging solution provider focused on expanding access to diagnostic imaging and radiology oncology system to support -- all to support the deployment of Nanox.ARC systems. These collaborations aim to strengthen our distribution capability by adding sales resources and on the ground presence, expands our geographic coverage, and we believe it has the potential to become a meaningful contributor to revenues over time. In parallel, we remain in active discussion with additional partners, reflecting continued interest from medical equipment providers and likely further expansion of our U.S. pipeline. Alongside our channel strategy, our U.S. direct sales team on the ground continues to make progress in targeted clinical segments. For example, we recently signed an agreement with [ Regional Sports Medicine in Orthopedic Group ], our first orthopedic practice customer in the United States. This represents an important step into a segment where imaging plays a central role in diagnostic and treatment decisions and where providers benefit from having imaging available on site. Orthopedics remain a high volume and imaging-driven specialty with strong incentives to retain imaging in-house. Additionally, we are advancing the Nanox Imaging Network, a focused initiative designed to build a network-based imaging services model in the U.S. This initiative target segments such as the workers' compensation and specialized care where reimbursement dynamics may support higher per scan pricing. We are currently deploying already systems across a number of sites in the U.S. Under this model, Nanox supports Nanox.ARC system deployment, maintenance and connectivity, while our partners manage site operation and local engagement. While still in the very early stage, we believe this initiative can become an important component of our long-term commercial strategy as the utilization increases and the model is further validated. To provide additional context around this shift in engagement, we participated in 2 major industry events during the period. At RSNA, the world's largest annual radiology conference held in the U.S., our booth featuring live demonstration of the Nanox.ARC system saw strong interest throughout the event. At the European Congress of Radiology, ECR, the largest radiology conference in Europe, we showcased the Nanox.ARC live in Europe for the first time and presented new clinical and AI data. Engagement levels were high, reflecting growing awareness of the system's clinical value and its potential role in routine imaging workflow. We were also proud to receive the Red Dot Award for Product Design 2026 for the Nanox.ARC X, a prestigious international recognition that reflects the maturity, usability and clinical readiness of our platform. Let's now turn to work outside of the U.S. As I mentioned earlier regarding ECR, we were also honored to receive the Newcomer award at ECR 2026, reflecting the growing recognition of Nanox within the European radiology community. In February, Nanox announced an exclusive distribution agreement with Intec SRL, a leading medical distributor in Argentina with more than 35 years of experience. Under this agreement, Intec will oversee marketing, distribution, installation and support for the Nanox.ARC system and related services across the country. The collaboration intended to support commercial expansion of Nanox's 3D digital tomosynthesis technology in Argentina and strengthened the company's presence in Latin America, leveraging Intec's established relationship with the health care providers and nationwide service capabilities. Commercialization will be subject to obtaining the required regulatory approval. In Latin America, we were expected for a significant presentation at the International Congress of Radiology, the ICR in Cartagena, Colombia. The presentation will support clinical discussion around digital tomosynthesis and contribute to engagement with regional clinicians and industry stakeholders. In Europe, we continue to build momentum through partners and additional regional distributors. As a reminder, over the past few quarters, we have announced multiple European collaborations, including France, Romania, Czech Republic, Serbia alongside additional engagement in other European markets. These collaborations support our ability to navigate local regulatory environment and advanced commercialization across multiple countries. Switching gears, we continue to advance regulatory work that supports our commercial initiatives by expanding the use cases for our solution and making them accessible in more markets. We have advanced key milestones, including TAP2D clearance in the United States. As a reminder, TAP2D is the 2D view image output for the Nanox.ARC system, a practical tool for radiologists to enhance their diagnostic confidence as they become more experienced evaluating digital tomosynthesis images in part of our broader vision to alleviate adjunctive-use limitation over time. We also updated the AMAR approval for Nanox.ARC in Israel based on our existing CE Mark, enabling use of the system without adjunct limitation. Removal of the adjunctive-use limitation in the U.S. remain a key regulatory priority. We believe this is an important step that can expand our addressable market and support broader adoption. We are also working to finalize our CE Mark submission for the Nanox.ARC in Europe, which is currently anticipated in 2026, subject to change based on regulatory priorities. Turning to our AI business. We continue to strengthen our position as a comprehensive platform for the interpretation of medical images. I'm happy to report that Cedars-Sinai Medical Center in Los Angeles is joining a trial studying the benefit of Nanox.AI aortic valve calcification measurement solution, which is currently under development. We have recently conducted an on-site revaluation of the model across approximately 600 retrospective cases. The result exceeded our expectations with 6 cases of severe classification identified and approximately 100 cases showing clinical relevant findings. The Cedars-Sinai team has also expressed interest in collaboration on scientific publications based on these results. We are very pleased to be partnering with Cedars-Sinai, one of the nation's premier medical institutions. Overall, we are seeing growth in Nanox.AI business driven by new customers, expansion of existing agreements and the integration of Nanox Health IT. During the quarter, we completed the strategic acquisition of VasoHealthcare IT, now Nanox Health IT, a health care IT provider serving hospitals and health care systems across the United States with expertise in health care IT implementation. Since completing the acquisition, we have been progressing with integration and alignment while also signing several new customer agreements. We are seeing growth driven by new customers, expansion of existing agreements and the integration of our health IT capabilities and we expect this business to contribute to revenue from day 1. In addition to increasing our footprint in AI, the Health IT platform enhance our ability to integrate into clinical workflow, expand customer cases access and support cross engagement across our ecosystems. Moreover, the rest of the organization is leveraging the Health IT team's expertise and market presence, particularly as it pertains to lead generation for the USARAD Nanox.AI and Nanox.ARC. Similar to our regulatory work, clinical validation remains central to our strategy and support our commercial efforts in generating evidence across multiple applications and supporting the use of Nanox solution. As already mentioned, the Cedars-Sinai Medical Center is joining a trial of Nanox.AI aortic valve calcification measurement solution and we've accomplished much more recently. In an exciting update from our collaboration with MDS wellness, an independent provider of wellness screening programs located in Michigan, we secured our first institutional review Board approval for a clinical trial within the U.S. The trial will focus on a lung cancer screening of high-risk patients and the applicability of Nanox.ARC technology as it relates to patient population of Nanox MDS. As I stated earlier, we attended the European Conference (sic) [ Congress ] of Radiology, the ECR, where we were able to present several scientific achievements and I'd like to share some highlights now. Dr. Nogah Shabshin, ARC's Chief Medical Officer, presented our scientific work on lung cancer screening using the Nanox.ARC in the work with our collaboration in what was shown that is the majority of patients, the screening outcomes based on the lung-RADS category, the standard lung cancer screening calcification system was similar when analyzing the CT and digital tomosynthesis. This further strengthens the applicability of the DTS as a potential addition to screening activities ramping up globally. Dr. Orit Wimpfheimer, senior medical and clinical adviser presented the proven value of our opportunistic screening for CT images using Nanox.AI 3 FDA-cleared algorithm enabling earlier detection of chronic disease. Our latest imaging addition, tomosynthesis augmented projection, known as TAP2D was also featured in several scientific posters showing value of TAP2D image as a supplemental image to DTS in lieu of the traditional 2D X-ray imaging with no additional dose or acquisition time inflicted on the patient. And in addition, at the recently concluded world conference of osteoporosis, Nanox.AI bone solution were featured, including updates from our ADOPT trial conducted across 4 NHS Trust and led by the University of Oxford as well as initial observation from our collaboration with the Greek Air Force. The data will show once more the clinical and economic benefits of AI-based opportunistic screening for routine CT exams. The validation abstract comparing the accuracy of the CCS 2.2 compared with cardiology expert reader as part of the AI INFORM trial was accepted as the poster at the Society of Cardiovascular Computed Tomography Annual Scientific Meeting in the coming July. Outside the U.S., we are excited about our recent collaboration with Meir Medical Center in Israel, which is part of the Clalit, the Israel largest health services organization, where we have an exciting relationship. The Nanox.ARC has been deployed in the emergency department and will be utilized by orthopedic staff as part of the clinical workflow to help establish the digital tomography as an effective tool with lower dose and more efficient workflow than today's CT-based workflow. This is the first time that Nanox.ARC is installed within an emergency department in a major hospital and represent the confidence our collaboration has in Nanox solution. I'll now provide an update on our robust OEM relationship. Nanox continued to advance its technology pipeline with ongoing development of next-generation field emission X-ray sources and tube architecture. Recent progress includes improvement in an emitter design and fabrication processes aimed to expanding chip lifetime and enhancing performance, development of micro focus and multi-zone emitter configuration for applications such as semiconductor inspection and [indiscernible] XRF and continued advancement of the Nanox.MDX, the multisource tube platform, enabling new system architecture for 3D imaging. The company is also progressing a multiple OEM collaboration and pilot projects across industrial, semiconductor and security market, supporting the expansion of Nanox's technology into new applications. We recently received a purchase order from a leading semiconductor equipment manufacturer for the developmental emitters, supporting advance inspection applications at the leading edge of next-generation IT technologies. With Oak Ridge National Laboratory, the U.S. government agency, a second round of prototype is currently in progress, and in process with preparations underway as required materials become available. In parallel, one global imaging component supplier has agreed to evaluate our micro-focus emitter technology and is preparing dedicated test infrastructure to support that work. Another major OEM continues to advance prototype development based on our emitter design with validation activities ongoing. Overall, these engagements reflect continued momentum across multiple development track as we work to validate our technology with established industry partners. Before I move on, I'd like to briefly note that despite the current geopolitical situation in the Middle East, we have not experienced any material disruption to our operation, and our business continues to operate as planned. With that, I will turn the call over to Ran to review our financials. Ran, over to you.