David Fischel
Analyst · Cowen
Thank you, operator, and good morning, everyone. I'm joined today by Kim Peery, our Chief Financial Officer. The last several months were productive and energetic as we made significant progress in reengagement with the capital markets, in our commercial growth strategy and in innovation and industry collaboration. I'll briefly discuss each of these 3 topics in today's prepared remarks, after which Kim will discuss our financial performance, and we will open the line to questions. A highlight of the third quarter was our uplisting to the New York Stock Exchange in September and the $25 million equity financing announced in August. These were 2 significant steps forward in our effort to reengage with the capital markets and to reintroduce Stereotaxis into the community of high-technology, publicly traded companies. They reflect increased awareness and confidence in Stereotaxis' clinical value and growth opportunity. On our last call, I provided additional commentary on how our strong financial position will allow us to accelerate near-term growth activities and invest in longer-term drivers of value. I also reiterated our commitment to operating Stereotaxis prudently and deploying our financial strength in a methodical, thoughtful fashion. For several quarters, I have fielded investor questions and skepticism on our ability to uplist without a reverse stock split. I'm pleased that we were able to uplist onto the NYSE American exchange without needing to execute a reverse split as promised. Our approach to reengaging with the capital markets and driving progress in a natural methodical fashion is reflective of a broader philosophy for all aspects of the company. The broad commercial launch of our next-generation Genesis robotics system, combined with our tightly integrated proprietary fluoroscope, will serve as the first significant wave in our commercial growth strategy. We continue to methodically advance on multiple fronts towards broad commercialization. There are 3 primary areas here where we are investing significant effort: the regulatory process, supply chain optimization and engagement with customers. We are working on all 3 in tandem and are rapidly making tangible progress on each. On the regulatory side, the Genesis system is cleared for commercialization in Europe, and I commented on our last call that we were pursuing a two stage submission process with the FDA. We received FDA clearance for the first 510(k) application in September and recently submitted the second 510(k) application for the Genesis system. These submissions were significant undertakings. We appreciate FDA's constructive engagement, and I want to acknowledge the Stereotaxis team for advancing in such a professional and efficient fashion. From a supply chain perspective, the Genesis system incorporates over 1,000 components from over 100 suppliers. We have been working through the process of building inventory for commercial systems and ensuring that all key suppliers have the capacity to deliver sufficient quantities of components in a timely fashion. There's still work to be done here, but I'm pleased with our progress. Commercially, in Europe, we have begun engaging with existing hospital customers on replacement projects and with new potential customers on building robotic EP labs. In the U.S., we are ensuring that customers are aware of our innovation strategy so that they can plan accordingly. The purchase of a robotic system by a hospital is a lengthy process requiring multiple layers of hospital approval, extensive contracts and the coordination of construction schedules with local contractors. In Europe, there is often the added layer of a public tender submission. I'm pleased with the activity taking place at multiple hospitals. There are now public tenders that have been submitted for robotic systems in Europe. We are in meaningful, advanced discussions with other hospitals. I'm confident that in the coming months, we will be able to provide you with additional clarity that the replacement cycle opportunity for Genesis is real and that our innovations support robotic adoption by new customers. Launch of the Genesis system serves as the first significant wave in our commercial growth strategy. Stereotaxis' proprietary next-generation magnetic ablation catheter serves as the second even more substantial driver of revenue growth. Development in collaboration with Osypka continues to go well and is advancing in accordance with previously provided time lines. We are currently working through iterative improvements of prototypes, with many aspects of the catheter design having been successfully refined such that they do not require additional iteration. The design considerations in this next-generation catheter are meant to meaningfully improve patient care and the physician experience. A proprietary catheter will also improve Stereotaxis' financial and strategic positioning. We continue to believe that clinical use and commercial launch in select geographies is possible in 2020. A final topic I'm excited about and want to elaborate on is preoperative mapping. We recently announced collaborations and successful integrations with 3 innovative preoperative mapping technologies: inHEART, ADAS 3D and VIVO. In order to treat a patient suffering from an arrhythmia, a physician needs to be able to, first, diagnose the arrhythmias accurately; and then, second, deliver therapy successfully. The precision, stability and safety of Stereotaxis' robotic technology supports physicians in that second critical task: successful delivery of therapy. Despite the prevalence of cardiac arrhythmias and the development of cardiac ablation into a multibillion-dollar industry, the underlying clinical understanding of various arrhythmias is still limited. The primary methods used by physicians to determine where to deliver therapy include intraoperative mapping technologies, the analysis of electrograms or the reliance on crude, one-size-fits-all anatomical approaches. Intraoperative mapping technologies are critical for successful procedures and involve capturing anatomical and electrical information on the patient's heart during the cardiac ablation procedure. Companies like Acutus, which we are pleased to be partnered with, are pioneering more advanced intraoperative mapping technologies. Preoperative mapping, in contrast, involves using insights from MRI or CT images captured prior to a procedure to guide therapy. The use of preoperative mapping for cardiac ablation is still in its infancy that complements and is additive to intraoperative mapping technologies. ADAS 3D, inHEART and VIVO, each in their own way, take preoperative MRI or CT images and apply sophisticated algorithms to enhance and extract insights from the images. Enhancement and insights provided by each technology differ and is likely to be best suited for different types of arrhythmias and patients. Collectively, the use of advanced preoperative mapping technologies should help increase the success, safety and efficiency of procedures. These collaborations to integrate advanced preoperative mapping information enhance the robotic ecosystem. In combination with robotics, advanced preoperative imaging will increasingly drive personalized patient-specific therapy in electrophysiology. Kim will now provide some commentary on our financial results, and then I will make a few financial comments before opening the call to Q&A.