Thank you, operator, and good morning, everyone. I'm joined today by Kim Peery, our Chief Financial Officer. Against the backdrop of a challenging macro environment, I'm pleased with the commercial and technological progress we've made since our last call. From a commercial perspective, the overall dynamic remains similar to what we've described in the past: Continued and more consistent order activity, hospital construction delays and positive engagement with customers. We received 2 system orders during the third quarter, and have had a strong start to the fourth quarter with 2 signed purchase contracts already received, reflecting the continued global interest and demand for our robotic technology. The third quarter orders included a Genesis system in the United States and the Niobe system in China. The recent signed purchase orders are for replacement Genesis systems in Europe and the U.S. Over the course of this year, we have seen more consistent and -- more consistency and reliability in the pace of orders, which I believe demonstrates greater maturity in our capital sales pipeline and processes. We've now seen several quarters in a row with multiple system orders and have a healthy pipeline of greenfield and replacement cycle prospects across each of our 3 focused geographies. The recent improvements in our commercial leadership and capital sales infrastructure are expected to further improve our execution and growth. This order activity is encouraging. It has expanded our capital backlog to over $13 million or over $16 million if we include the 2 signed purchase contracts, worth of robotic systems that have been ordered but not yet recognized as revenue, pending shipment and installation. Hospital construction time lines continue to be slow, with hospital customers consistently struggling to meet their own internal expectations. While this is outside of our control and impacts revenue recognition, orders in our backlog are essentially guaranteed with significant nonrefundable down payments, providing confidence in the realization. On the commercial front, we will continue to focus on what we can control, generating growth in orders and ensuring that existing robotic practices have successful experiences with our technology. That fundamental progress will ultimately carry through and positively present itself in the optics of our financial statements. Last month, I had the opportunity to join many of the most prominent users of our technology at the Society for Cardiac Robotic Navigation Annual Conference in Budapest. The conference was well attended with over 100 participants. Several presentations highlighted our clinical value across the broad range of arrhythmias, including more recent data showing superior safety and efficacy for pediatric patients. Other presentations demonstrated our ability to be used alongside a spectrum of mapping and imaging technologies, showcased our innovation pipeline and detailed how robotics can enable ablation procedures to be performed through the arm access rather than the groin. Qualitatively, it was a very positive meeting. There is an increasingly positive vibe on the trajectory of robotics in the field, and we are fortunate to benefit from a strong vocal community of physicians that are passionate to advance robotics. Following the SCRN conference, I had the opportunity to visit the National Institute of Cardiology in Warsaw to celebrate the recent launch of Genesis in Poland. The physicians at the institute are among the newest additions to this community of vocal advocates. It was encouraging to hear how pleased they have been with the clinical and commercial value of establishing a robotic electrophysiology program. During my visit, I had the opportunity to watch them successfully treat a young woman with complex congenital heart disease, which reinforced the positive impact our robotic technology has on patients that otherwise would have no good alternative treatment options. Shifting now to the progress made on our strategic innovation plan. As a reminder, Stereotaxis' innovation strategy includes multiple key efforts that individually serve as substantial growth drivers and collectively serve as a foundational product ecosystem for our mission to transform endovascular surgery with robotics. There's truly a broad range of progress here happening in parallel, and things are generally advancing in line with the previously shared time lines. I'll share some additional details and color specifically on the MAGiC catheter, the mobile robot, our collaboration with MicroPort and recent testing of our guidewires and guide catheters with several neurosurgeons. As announced last quarter, the MAGiC Ablation catheter's CE Mark submission was made in July under the new more stringent MDR regulations. Last month, the EU notified body performed its completeness check of the submission. The completeness check concluded successfully. And subsequent to that, they began their technical review of all the data. MDR has created a significant backlog of work with the EU notified bodies, so it remains difficult to estimate how rapidly they will perform their technical review. But we were overall pleased with the thoroughness and engagement they provided during the completeness check. In the U.S., our IDE submission remains dependent on successfully completing a few preclinical survival studies. Establishing an official institutional animal care and use program that is of GLP level quality was a major undertaking and necessary milestone to start those studies. I'm pleased that the IACUC Committee formally launched our program recently, enabling us to start preclinical studies shortly. We continue to see U.S. FDA approval of the MAGiC catheter approximately 2 years after as a reasonable time line. The excitement with which physicians at the SCRN conference view the MAGiC catheter, reinforces our own excitement for clinical, commercial and strategic benefits MAGiC will provide. Development of the next-generation mobile robot has advanced well with the hardware, electronics and software aspects of the system coming together nicely. Supply chain challenges, which had previously held up progress seem behind us and should no longer pose a risk to our time line. We continue to envision an initial launch of the system next summer. The transition of our technology from a construction project to broadly deployable technology is transformational for our opportunity and for the accessibility of robotics in the field. Our collaboration with MicroPort in China has seen progress on the Genesis regulatory submission, mapping integration, catheter development and commercial preparation, all happening in tandem. During the third quarter, Genesis was installed at MicroPort's showroom in Shanghai and all required local regulatory testing was completed successfully. We expect the Genesis regulatory submission to China and China's NMPA before the end of this year. Mapping integration with MicroPort's Columbus mapping system has also been largely completed. Development of a MicroPort ablation catheter has advanced well, as has progress in filing for the MAGiC catheter in China, which is expected to take place soon after the MAGiC's receipt of CE Mark. All this sets us up nicely for having a complete, up to date and integrated product ecosystem ready for commercialization in China by the latter part of next year. In preparation for this launch, MicroPort has already started to invest in preparatory commercial activities. They recently hired 6 individuals as part of a dedicated robotic capital sales team. That team will work alongside the over 100 members of the core electrophysiology clinical sales team to drive adoption of robotics in Chinese EP markets. MicroPort's EP division is poised to play a very significant role in the Chinese EP market having just completed its own IPO on the Shanghai Stock Exchange, raising $170 million and now valued at over USD 1.5 billion. We are pleased to be partnered with them and believe their strength and strategic alignment around robotics shines light on the commercial opportunity ahead of us as the product ecosystem becomes available. Last on the innovation side, I wanted to provide a little color on our efforts to expand the benefits of robotic magnetic navigation beyond electrophysiology into multiple new clinical indications. Foremost on our mind, pun intended, is neuro intervention. As previously shared, we have been working to develop the software user interface and interventional tools that could be valuable for neurosurgeons performing complex endovascular therapy for stroke. Three weeks ago, we hosted 3 neurosurgeons from 3 prestigious hospitals in the United States to evaluate our devices in neurovascular phantoms. It tested our magnetic guide catheters to overcome proximal challenges in gaining and establishing access to the brain, and then our magnetic guidewires to navigate smaller tortuous vessels deeper in the brain to deliver coils and reach clots. They tried the same activity with standard manual device they've used in daily practice for many years. Let me share a few quotes they made while using our technology. "I've done thousands of similar procedures and what we were just able to do with your robot is unbelievable. This provided an unprecedented ability to rapidly reach areas that are otherwise impossible to get to. This would have real value right now in my daily practice. In some of these procedures, I have been forced to spend an hour exchanging handfuls of devices to finally reach the target. And with this catheter, it was effortless. The clinical and financial benefits is huge." Experiences like this give us confidence that we are on the right path and that the work we are doing will play an important role in the improvement of medicine. We are still working to establish consistent scalable manufacturing of the guidewires and guide catheters as that is accomplished and we make regulatory submissions and approach commercial launch, we will arrange an Innovation Day, where those physicians and other neurosurgeons like them can share their experience with our technology and how they see it improving clinical outcomes expanding access to patients and reducing procedure time and cost. Kim will now provide some commentary on our financial results, and then I'll make a few financial comments as well before opening the call to Q&A.