Erez Meltzer
Analyst · Cantor Fitzgerald
Thanks, Mike, and welcome all to the Nanox second quarter 2023 earnings conference call. Throughout this quarter, we achieved significant advancements across multiple business segments. I would like to highlight that today's call will extend a bit beyond our typical duration as I aim to offer more comprehensive insights. I will delve into specifics, including our strategic approach to the U.S. market, the reinforcement of our manufacturing and supply chain and our regulatory process. During the quarter, ended June 30, 2023, we continue to advance our commercialization efforts outside the U.S. following FDA clearance to market the multi-source Nanox.ARC. With this clearance, we are now preparing to establish our foothold in the U.S. market, complemented by our ongoing commercialization initiatives outside the U.S. Today, we are excited to delve into our commercial efforts in both the U.S. and the non-U.S. markets. About the U.S. deployment and strategy. Obtaining the 510(k) clearance from the FDA for the multi-source Nanox.ARC has been a long-standing strategic goal for the company and enable us to deploy the Nanox.ARC in the U.S. for the indication of use cleared by the FDA. As previously announced, we are in the process of establishing a U.S. demo as part of our strategic approach for our U.S. commercial activities. We have decided to shift this first unit and are now planning to install the unit in a clinical setting rather than a stand-alone commercial site. The system is planned to be installed in an East Coast facility and will expect to start to generate revenues alongside training and demonstrations. We believe that this first site will serve a dual purpose: first, as a training and demonstration center for Nanox.ARC, which will provide potential buyers with live demonstration of the technology which we believe is essential for informed acquisitions purposes by health care practices, hospitals and health systems; secondly, we believe the clinical site can raise awareness of the Nanox.ARC among key opinion leaders, radiologists and hospital system personnel. The first Nanox.CLOUD system was shipped from Israel and arrived in the U.S. for installation in the clinical site, which we expect to open the clinical site during the fourth quarter of this year. Based on market analysis of the U.S. market of clinicians, imaging administrators and directors, stakeholders recognize the clinical benefits of the Nanox.ARC and it's more affordable approach to advanced imaging techniques. Furthermore, outpatient facilities such as skilled nursing facilities, freestanding emergency clinics and preliminary clinics showed interest in adopting the Nanox.ARC. Specifically, because such facilities typically do not have city capabilities and we believe such facilities view the Nanox.ARC as a more affordable way to keep patients in-house for advanced imaging needs, combined with a 2-D X-ray. Outpatient facilities also expressed potential interest in our MSaaS business model, which we believe reduces the risk of an upfront purchase because the cost is based on equipment use. We believe that gathering further clinical evidence will strengthen the support of our technology. Our U.S. go-to-market strategy is comprised of 3 primary components: customer targeting, building the sales team and using a hybrid business model. In terms of the customer targeting, we believe several factors impact willingness to adapt to our system, including the type of facility, the current imaging capabilities and imaging volumes and geographic locations, namely rural versus urban. Our aim is to strategically engage segments that show early adoption potential such as orthopedic clinics, skilled nursing facility, freestanding emergency departments and urgent care facilities. We intend to continue to build clinical evidence, particularly with the U.S. market, to support the adoption of our system as well as reimbursement mechanisms, specifically with commercial payers. We have strategically realigned our focus to enhance our presence in the U.S. market. Our initial efforts in commercialization and deployment within the U.S. will be concentrated on select states. This approach allows us to optimize customer service delivery and support in the near term. To execute our strategy, we have allocated internal sales resources, and we are planning to leverage the USARAD network in order to accelerate our initial penetration in the market. Furthermore, we are in the process of enhancing a U.S.-based sales and service team that will seek to generate leads, close sales, manage relationships and provide services for the Nanox.ARC installed base. We are also in the process of engaging an independent service provider to provide service needs in remote geographies and to decrease equipment downtime. We expect that the other operating areas such as medical affairs, regulatory, billing, finance and contracting will be supported by the existing international Nanox organization. For our business model in the U.S., we intend to use a hybrid approach combining a usage-based MSaaS model with a CapEx model to help promote adoption based on different segments. We have designed a training program to promote the Nanox.ARC. We intend to use a combination of pilot staff training, sales and marketing efforts to help meet customer needs. These aspects of our business strategy will require us to hire additional experienced health care business development professionals who will be charged with raising awareness of the Nanox.ARC among physicians, hospitals, urgent care operators and large health systems throughout the USA. To support these important efforts, I intend to increase my personal presence in the U.S. and make myself available of meeting -- for meetings with potential customers as well as investors who would like to have an in-depth conversation about our technology, commercial strategy and future strategic plans. We look forward to providing further details in the upcoming months. With respect to the rest of the world deployment, turning to our commercialization efforts outside of the U.S. We continue to make significant progress in multiple countries, principally in Africa. As we have previously announced, we have an agreement with a distributor in Morocco and are working to accelerate deployments. We have deployed a Nanox.ARC system in a prominent hospital in Morocco that is a major health care provider in the southern region of the country. The distributor in Morocco received appropriate clearance to conduct certain scans with the Nanox.ARC. Subject to the clearance, the Nanox.ARC system has generated human images on incoming patients at the hospital, including chest. In Nigeria, we have installed an Nanox.ARC system, which we access will become operational upon receipt of the necessary regulatory approvals and certification that has been formally submitted to the local authorities, the NNRA, to facilitate clinical activities. We hope to begin generating human images in the very near future. As previously reported, we have already placed a system in Ghana at the UGMC Hospital mainly for training purposes, Meantime, our distributor has submitted the specific Nanox.ARC device for approval to the Ghana Food and Drug Authority for commercial use. We anticipate receiving an initial response in the fourth quarter of 2023. And in addition, we have engaged a clinical research organization to potentially hold clinical trials in both Morocco and Ghana, subject to local regulatory approvals. In alignment with our global initiatives and as announced in the past, we established a partnership with BIO Ventures for Global Health, BVGH, a nonprofit organization dedicated to solving global health issues by forming connections between people, resources and ideals. We completed the first phase of this program and are excited to begin the second series in just a few weeks, which involves a series of export-led seminars to train Nigeria and other African health care professionals on imaging topics. We also regularly host radiologists, distributors, representatives from hospital systems, investors and analysts at Nanox headquarter in Israel to discuss the Nanox.ARC system in detail and conduct live demonstration of the systems on site, providing firsthand insight into the capabilities of the Nanox.ARC. I'm happy to report that these meetings resulted in very positive feedback in writing. All of those efforts constitute just the beginning our goal to help people achieve better health outcomes. Lastly, on this front, as part of our global commercialization, we have started to generate initial revenues from the medical imaging equipment and MSaaS. With respect to the OEM. Before I provide an update on the manufacturing and production front, I'd like to share the news that we have entered an original equipment manufacturing, OEM, relationship with a U.S. government agency that we have signed and are working to develop. The government agency I referred to has procured Nanox [indiscernible] systems for assessment. Their interest in our technology is for the purposes of developing next-generation security scanning and nondestructive testing applications. The project is scheduled to commence next month. As part of our OEM efforts, we have sent several demo units to industry partners, out of which a leading partner independently examined Nanox cold cathode chip and reported a real technological break-through. With respect to the mass production, as we begin to deploy the Nanox.ARC and prepare for mass production, I would like to provide updates regarding research and development and manufacturing. We are currently using chips produced by our Korean fabrication facility in our Nanox.ARC system. However, to secure additional chips supply in anticipation of commercialization scale-up and acceleration of manufacturing activity, we recently entered into an agreement with CSEM, chip maker located in Switzerland. We have proceeded to pay a phase 2 lab to fab development, which is expected to manufacture sample chips by the end of this year and provide production of chips in Q1 2024. For the commercial production of our digital X-ray tubes for use in Nanox.ARC, we plan to engage third-party manufacturers and suppliers based on, among other things, cost effectiveness. We are currently developing both ceramic and glass-based digital X-ray tubes for use in Nanox.ARC. Our Korean facility is currently our primary manufacturer and supplier for our ceramic digital X-ray tubes, and we are working with a third party for the production of glass-based digital x-ray tubes. For example, we recently started testing glass-based digital X-ray tubes manufactured by CEI. The testing includes performance, integration and radiation testing. Furthermore, we are negotiating with additional third party to produce digital X-ray tubes. Along with our existing manufacturing facilities in Israel and Korea, we believe these developments further strengthens our future supplies of both chip tubes, the 2 key components of the Nanox.ARC to support the scaled deployment of the Nanox.ARC units. In an additional step towards optimizing our mass manufacturing capabilities, we have initiated collaboration with ScanRay for Nanox.ARC systems assembly at scale. ScanRay, a medical equipment manufacturer, meets central standard requirements and serve as a supplier for prominent global medical entities. It is also the parent company of CEI, our Italian provider of glass-based digital X-ray tubes. With robust technological manufacturing capabilities in India, we plan to leverage in the coming years of the Nanox.ARC deployment. Regarding regulatory, I'd like to now turn our attention to regulatory and clinical trials update. On April 28, 2023, we obtained a 510(k) clearance from the FDA to market the Nanox.ARC, including the Nanox.CLOUD, it's a company cloud-based infrastructure. The Nanox.ARC is a stationary X-ray system intends to produce demographic images of the human MSK system adjunctive to conventional radiology on adult patients. The approved device is intended to be used in professional health care facilities for radiological environment such as hospital, clinics, imaging centers and other medical practices by trained radiographers, radiologists and physicians. This version of the Nanox.ARC has the required capabilities to scan MSK chest and abdomen and to provide 2D X-ray images, conventional radiography subject to local regulatory approvals. We are also continuing to pursue the CE mark in the European Union with our notified body, aiming to submit during Q3 of 2023. In Israel, we are pursuing the AMAR clearance, the Israeli medical device listing. The required technical file was completed and submitted in early July 2023, and we expect a decision in the few months. Clinical. As previously discussed under our Helsinki permit, we started to collect clinical sample images of multiple human body anatomies with a Nanox.ARC system that was deployed in the Shamir hospital in Israel. We have completed the first phase of clinical sampling and have begun the second phase. We are in the final stages of approval of additional clinical sites in Israel, and this additional trial aims to utilize the Nanox.ARC, subject to receiving the final approval from the institutional IRB. This trial will aim to assess the diagnostic capabilities of Nanox.ARC in detecting chest and lung diseases. Installation of Nanox.ARC is expected to be completed within a month from its commencement, and the trial itself is scheduled to commence in the third quarter. With respect to Nanox.AI, I'm excited to share the progress we have made in the ADAPT trial with the National Health Service in the U.K. To date, all 5 of the testing sites in the U.K. have signed the collaboration agreement, and in addition, 3 sites: Cambridge, South Hampton and Bradford, has begun sending images to the Nanox.CLOUD platform. And we expect 2 more sites in Nottingham and Cardiff to begin sending images very soon. Nanox.AI is currently engaged in showcasing the product across a range of platforms to 10 integrated delivery networks in both the United States and in other regions. With that, I'd like to turn the call over to Ran Daniel, Chief Financial Officer, to review our financial results.