Thank you, Monica, and good morning, everyone. I'll start today with a brief recap of our third quarter results. I'll provide some commentary on the overall market and then focus the remainder of my comments on our strategy and growth initiatives. I'll then turn things over to our Interim CFO, Phyllis Nordstrom, to provide details on the quarter's financials. And we'll then open the call for Q&A. So let's turn to Slide 5. I'll start by reviewing our third quarter results at a high level. The macro environment for our company and 3D printing OEMs broadly remains challenging. This can be seen in our third quarter revenue of $91.2 million, which was down 13.8% year-over-year, soft but consistent with our normal seasonality trends. As has been the case over the last several quarters, this overall softness continues to be driven by our customers' muted CapEx spending for new production capacity stemming from uncertainty around tariffs. As such, we've taken aggressive actions to adjust our cost structure while maintaining core R&D investments to position the company for long-term growth when market conditions improve. As part of this effort, we've been rationalizing noncore assets, including the recently announced sale of Oqton and 3DXpert, which closed at the end of October. As you may know, these software platforms are not proprietary, but were designed to serve the entire industry. And while we will continue to remain very involved with the software, we believe that transitioning these solutions to an independent software developer will help drive them as the industry standard, which will help accelerate OEM adoption of additive manufacturing broadly. We expect the financial impact of this disposition on our fourth quarter results to be approximately $1.2 million in revenue and $1 million on gross margin. This impact is reflected in our guidance for Q4. Turning to Slide 6. We remain very focused on our core assets and continue our strategic investments in metal and polymer printing technology with emphasis on R&D activities that will drive our future growth and profitability. During the quarter, we launched some very important new printer platforms derived in this case, from our expertise in photopolymer jetting technology. Jetting is a very special 3D printing technology that involves a simultaneous deposition of thousands of fine droplets of photopolymer. These droplets are cured by ultraviolet light as they're deposited onto the build platform. The process can be -- can simultaneously deposit multiple materials in a fast but precise pattern to create a monolithic structure, having distinct regions of coloration, geometry and mechanical performance. It's a preferred approach where speed, precision, surface finish and multi-materials are required for an application. In the Industrial segment, we introduced the MJP 300W Plus at the Istanbul Jewelry Show in early October. This new generation of jetting technology prints extremely intricate wax patterns used for casting precious metal jewelry, improving productivity by 30% and reducing gold, silver or platinum waste by 20%. While the global jewelry market is competitive, it's transforming rapidly into a digital manufacturing ecosystem where a designer can embrace custom creativity without sacrificing cost competitiveness in the market. Our advantage in this growing market is our recognized expertise in jetting technology, including both the printer itself and the custom wax materials that are essential for the post-print casting process as well as our expert channel partners that serve the thousands of local jewelry manufacturers around the world. Customer feedback on our new printing systems has been very positive, and we've already begun to accept orders for this new printer platform, which, given the size of this global market, we expect to accelerate rapidly in the quarters ahead. While fine jewelry is viewed broadly as a consumer business, it's embedded deeply in the culture of many countries around the world, which drives continuing demand growth and the uniqueness of our wax materials, combined with the high rate of their consumption and the casting process, continue to make it an attractive market for our company. On to Slide 7. In applying jetting technology to the dental market, in the third quarter, we announced the full commercial release of our NextDent Jetted Denture Solution for the U.S. market. Our consistent investment in this revolutionary dental technology has culminated in a truly outstanding denture product with associated excellent economics for dental labs across the Americas, Europe and even in Asia. This first-to-market solution for jetted monolithic dentures utilizes multiple materials in a single printing process to deliver a durable, long-wear, aesthetically beautiful prosthetic to patients. This results in a faster, more cost-effective and highly scalable alternative to traditional denture manufacturing, enabling both an outstanding patient experience and a strong return on investment for dental labs that provide these products to local dentist -- dental professionals each day. We've already placed these printers with a dozen of the leading U.S. dental labs that serve the American market and feedback has been excellent. We're building backlog for the fourth quarter and are very excited about this market opportunity, which we believe will reach $1 billion in industry revenue across the U.S. and Europe alone over the next several years as the market transitions to 3D printing and away from machining and hand assembly. Given the success that we've seen with our U.S. product launch in parallel with the European regulatory approval, which we're targeting for mid-2026, we continue to work aggressively through the regulatory process in other markets throughout Central and South America and in Asia, which we expect to follow rapidly. With the addition of our denture solution to our industry-leading positions in both aligner technology and our NextDent dental materials portfolio, we expect dentistry to be one of our single largest revenue streams in the years ahead, given the custom nature of the applications and the strict regulatory standards. Turning to Slide 8. Another core area focus -- core area of focus for us is the MedTech half of our health care business. For 3D Systems, MedTech comprises our historical personalized health services business, our small but important point-of-care business, medical implants and traditional printer and consumable sales to medical OEMs. While we are most often prohibited from discussing details of our point-of-care efforts for long periods of time, these groups live within leading research and specialty hospitals around the world, focusing on new and highly [ innovated ] applications of our medical 3D printing technology, which are extraordinary in terms of patient impact and provide the best indicators of where 3D printing can bring the most value to patients and hospital systems in the future. As these applications are successful, we're well positioned to gain any required regulatory approvals and then bring them to the market broadly. While there are quarter-to-quarter fluctuations in growth rates for MedTech, particularly driven by seasonality of preplanned orthopedic procedures, this business remains on track to grow at a double-digit rate once again this year. To drive this consistent strong growth, we continue to build on our market-leading position with new applications, materials and printing technologies, the vast majority of which ultimately require regulatory approvals. This not only provides a strong pipeline of new patient indications that we can address, but also opens new markets for medical 3D printing, such as trauma, which is now the fastest-growing element of our PHS business. A key area for focus for us in MedTech is accelerating the use of our printed medical-grade PEEK materials. That's Polyetheretherketone for short. These materials are biocompatible with properties very similar to native human bones and can be custom printed very quickly and economically. Importantly, they can complement titanium implants, which have similar strength and compatibility, but instead of blocking radiation used for imaging or the treatment of cancer, PEEK materials are transparent to it, allowing doctors to observe and treat the underlying tissue when required. These printed PEEK materials are now being used in real-life patient applications such as reconstruction of the face and skull from defects or injuries and even addressing post-cancer-related surgical procedures and even trauma cases. An example of printed PEEK for a spinal application is shown on the right side of Slide 8. In this case, we printed a porous PEEK implant tailored for enhanced bone growth, the results of which can easily be seen in the x-rays. In addition to the patient benefits, our technology investments have brought the cost and response time down to the point where bones can be repaired in hours or days instead of weeks, further opening the range of cases that can be addressed from preplanned complex surgeries to rapid responses needed for trauma cases. We expect this trend to continue in the years ahead. Now let's turn to Slide 9. In addition to new printer and materials technologies, we also recently announced several important milestones in our Saudi Arabian Growth Initiative. In 2022, we established the National Additive Manufacturing Innovation Company or NAMI for short through a partnership with the Saudi Arabian Industrial Investments Company. The goal of this venture was to enable Saudi Arabia's Vision 2030 program, which aims to create a strong local manufacturing base and enable the Kingdom to industrialize more rapidly through the adoption of industrial scale 3D printing. 3D Systems is the exclusive provider of printers and materials, both polymers and metals to the joint venture with NAMI providing local application expertise, service and support for customers. Recently, we were proud to announce that the Saudi Electric Company or SEC for short, the Middle East's largest electricity producer, signed an agreement to make a strategic investment in NAMI, acquiring a 30% stake in the venture with the goal of reducing costs and lead times for high-demand spare parts through the creation of local manufacturing capability combined with advanced digital warehousing. This partnership strengthens NAMI while deepening collaboration with SEC to establish new workflows that accelerate the adoption of 3D printing for critical energy infrastructure applications and to develop a skilled national workforce. Additionally, the Modern Isotopes Factory or MIF for short, a Saudi electric company -- a Saudi company established to support the expanding need for radioactive sources for industrial applications has signed a framework agreement of $26 million with NAMI for the manufacture of up to 2,000 tungsten core components used in nondestructive testing devices for pipelines and weldment inspection. And in the key market of defense and aerospace, Lockheed Martin recently announced a collaboration with NAMI to qualify and use additive manufacturing to develop critical military and aerospace components in Saudi Arabia, utilizing 3D Systems' Direct Metal Printing Technology. While it has taken time to establish the local capabilities needed to support these customers, we're very excited to see our efforts begin to bear fruit in what we believe will be an increasingly important element of our global growth strategy in high-reliability industrial markets in future years. Turning to Slide 10, I'll briefly touch on additional critical market opportunities before turning the call over to Phyllis. AI infrastructure as shown on the left-hand side of Slide 10 and aerospace and defense highlighted on the right are 2 of the emerging growth opportunities that I'm most excited about, given the exceptional level of investments now being made in these areas. Starting with AI infrastructure, there are 3 key areas where we participate. These include semiconductor chip manufacturing, where our 3D metal printing capability provides critical componentry for chip fabrication equipment, data centers where our ability to print 3D -- 3D print copper-based heat transfer components to help keep these high-intensity computational units cool are increasingly valuable and for components used in gas turbine engines that are used to create the electricity that powers the data center. These markets are beginning to receive enormous investments around the world, and we've been developing key applications for them for several years in anticipation of increasing demand. From an aerospace and defense standpoint, as printing technology has scaled and key materials for high-temperature and aggressive environment applications have come online, the applications for 3D printing have rapidly expanded. Our latest efforts, which range from rocketry to naval applications and from human systems to drones have shown great promise. These customers are not only working on a wide range of new applications of our technology, but encouraging us on a selective basis to support them from the developmental phase through initial component fabrication, particularly for low-volume challenging part types. We select this work very carefully such that we can ultimately bridge the customer from limited part supply to full-scale production, either within their factories or the supplier of their choice. This business model is unique, and we believe will be a highly -- will be highly effective as we work hard to grow this portion of our business, both in the U.S. and in Europe from our regional locations in Colorado and in Leuven, Belgium. So with that, I'd like to introduce Phyllis Nordstrom, our Interim CFO. I've had the pleasure of working with Phyllis in several capacities for many years, and I'm very pleased that she stepped into this important role at such a challenging time for our industry. Phyllis?