Thanks, Russell, and good morning, everyone. I'll open this morning with a few comments on the current business climate, our position in the markets and a summary of our Q3 performance. After that, I'll turn the call over to our new CFO, Michael Turner, for a more detailed review of our third quarter results. I know that many of you are looking forward to hearing from Michael for the first time. Having joined the company in September, Michael has already proven to be an excellent leader of our finance organization and a valuable addition to our executive team. So welcome aboard, Michael. Reflecting on the year-to-date, the global economic and geopolitical backdrop has compounded existing supply chain disruptions created by the COVID pandemic. While these macro headwinds are negatively impacting many companies, the good news for our industry is that customers are increasingly adopting additive manufacturing in their production operations in order to reduce supply chain risks, enhance product design flexibility and reduce manufacturing costs. This gives us an opportunity for growth even in a more cautious capital investment environment. For 3D Systems specifically, we benefited this year from our prior efforts to focus and streamline the company while significantly strengthening our balance sheet. This has allowed us to make important investments in new technology platforms and in operational efficiency initiatives, which are already showing results. Our customers are confident that once recession fears subside, we will emerge from this period stronger than ever with a completely refreshed product lineup and efficient operational footprint and the scale needed to support their growth. In the meantime, we're focusing intently on execution, profitability and cash performance, which is what our customers and our shareholders expect from an industry leader. On behalf of my nearly 2,000 dedicated 3D Systems colleagues around the world, as we finished out the year and look ahead to 2023, I can tell you that we're proud of our leadership role in the additive industry and very confident about the future. Turning then to Slide 5. Reflecting on our third quarter, we delivered results that were basically in line with our internal expectations and, in some areas, exceeded them. From an operating standpoint, high inflation is impacting both purchase components and labor costs. We're taking pricing actions, where possible, to offset these pressures, but there's typically a lag effect that can put a drag on quarterly performance. In addition, the strength of the U.S. dollars clearly impacted our financial performance. Michael will shed more light on these factors in a few moments. On the positive side, supply chains are showing signs of initial stabilization. And if no further disruptions occur, we expect this trend to continue. Our engineers have worked hard to increase our component supply base and to design our new products with more sourcing options in mind. With regard to our in-sourcing of manufacturing, I'm very pleased with the progress we've made in our Rock Hill, South Carolina production facility, which we took over mid-quarter from a contract manufacturer. This plant will soon produce over 40% of our polymer printing systems. We expect that percentage to grow rapidly as our investments in people and technology gain momentum. In the third quarter, we were pleased to see our production rates increase, our productivity improve and our gross margins begin to expand as the workforce transition to 3D Systems management. I want to give a sincere shout out to our new manufacturing colleagues in South Carolina. Your efforts are noticed and greatly appreciated. From a broader standpoint, inflation is taking a significant toll on global markets that are dependent upon discretionary consumer spending. As consumers spend more on daily necessities like food and gasoline, they have less to spend on optional items. For us, this impacts our dental markets and particularly, our orthodontic products. While this is still a great business that we're fully committed to, key customers have slowed their spending, which, while largely anticipated in our previous guidance, can clearly be seen in our financials. Fortunately, we expect this business to strengthen once the economy normalizes, but this may take some time. More to come on our market dynamics in a few moments, but for now, I want to give you a clear understanding of our position in the industry and how our business model works in this volatile climate. As additive manufacturing and production environments becomes widespread, we're very well positioned to enable rapid adoption across virtually all market verticals. The reasons are twofold. First, we have the greatest experience base to draw on. With over 20,000 production printers active in the field, consuming almost 5,000 tons of our proprietary materials each year, our customers produce over 1 million parts every day using our technology. This output is greater than the entire rest of the industry combined, giving us unparalleled experience in the management of large fleets of printers and in the integration of complex workflows in our customers' factories around the world. Second, over the last 2.5 years, we've reorganized and restructured our company into 2 market-facing business units, Industrial Solutions and Healthcare Solutions. This enables us to focus on market-specific applications, developing with our customers the most effective manufacturing workflows and then supporting the transfer of these technologies into their factories. Once complete, additional workflows are then added and manufacturing capacity expanded to support their growth plans. This approach has proven highly effective, and we believe it will drive exciting growth for our company in the years ahead. This operational model is one that we increasingly see mimicked by others around our industry, but the key to success is having a full complement of metal and polymer printing technologies supported by software expertise and a wide range of production materials. It is the combination of these elements, to address specific high-value applications, that our customers are looking for in a partner. That is what sets our company apart from the competition, and this gap continues to grow. Today, at 3D Systems, our core technology span, not only the broadest range of metal and polymer systems in the industry, but now also include the unique materials and printing systems that I broadly refer to as biologics. These truly groundbreaking materials and printing technologies are essential in addressing biological applications within the human body and in the development of new methodologies for drug development. When viewed in total, this unique combination of technologies and application expertise in a company with global scale allows us to assume a leadership position in the additive industry as we now enter true production environments. With that introduction, I'll now turn to Slide 6 for a brief overview of the quarter. For the consolidated company, after adjusting for businesses that we divested during 2021, revenue for the third quarter decreased 3.2% year-over-year. However, adjusting for the impact of foreign currency fluctuations, consolidated revenue increased 2.7%, showing the significant negative impact of the strong U.S. dollar. While this growth rate is much lower than we would like, we fully expect to meet our long-term expectations of double-digit organic growth in the years ahead, as consumer spending rebounds and additive manufacturing takes hold in production environments across virtually all market segments. Turning to our divestiture-adjusted segment performance in the third quarter. Revenue for our Industrial Solutions segment was flat year-over-year but increased nearly 9% in constant currency. Revenue for our Healthcare Solutions segment decreased 6.6% per year and decreased 3.5% in constant currency, driven by a substantial slowing of our Dental segment due to softer consumer spending. As we saw last quarter, the FX impact on our Industrial Solutions segment was most pronounced due to that segment's exposure to manufacturers and service bureau customers in Europe and Asia Pacific. With that said, the currency impact on Healthcare Solutions sales was also material. In our Industrial Solutions business, we saw regional variations in the third quarter. In Europe, the war in Ukraine and uncertainty regarding recession and energy supplies continue to pressure our customers. This is impactful given our Industrial Solutions segment's historically strong market presence in Europe and particularly, in Germany. On the positive side, demand in the Americas remained robust during the third quarter and with strong SLA printer sales into the energy and commercial space verticals. We also saw solid demand for our recently acquired Titan printer platform among consumer goods and defense customers. In our Healthcare Solutions business, the third quarter performance varied sharply by market. In our Medical Devices business, we saw significant year-over-year growth in printer sales to customers who manufacture orthopedic and surgical instrumentation. And our industry-leading business of providing virtual surgical planning packages and other personalized health care solutions for doctors, surgeons and hospitals had a strong quarter as well. The broader story here is the demand for nonelective surgical procedures is holding up well despite economic uncertainty. Within that strong market, 3D system stands out for best-in-class suite of products, strong regulatory infrastructure and our years of experience using additive manufacturing solutions to improve patient outcomes. However, the biggest factor for our Healthcare Solutions business during the quarter was a significant year-over-year decline in dental market sales, particularly in the orthodontic area. As we communicated to our investors last quarter, we were aware that this decline was coming. And our general results for the third quarter, while disappointing, were roughly in line with our expectations. It's difficult to gauge how long this softer demand might last because it's so dependent on how macroeconomic conditions evolve over the coming quarters. We expect this business to eventually recover and to be a strong contributor to our growth and profitability. So despite these ups and downs, we believe we now have good visibility into our broad business performance for the remainder of this year. This is why, as Michael will describe for you in a moment, we're updating our full year 2022 guidance to significantly tighten our revenue range while improving the forecast for operating expenses to reflect strong execution and cost controls. Turning to Slide 7. I'd like to highlight some advancements from the third quarter. These are not only interesting in isolation, but they also provide valuable insights into the type of core activities that will drive our company's growth in the next 5 years. As I described for you on our last quarter's call, we agreed during the third quarter to acquire dp polar, the Germany-based developer of the industry's first additive manufacturing system designed for true high-speed mass production of customized components. I'm pleased to report that we closed this acquisition in early October, ahead of schedule, and integration efforts are well underway. I can't emphasize enough the importance of bringing this revolutionary printer technology into the 3D Systems portfolio. The machine's continuously rotating build platform can print jetted polymer parts up to 5x faster than today's batch process systems, which represents a quantum leap toward true mass production of custom componentry using additive manufacturing. We plan to move forward with this technology as fast as possible with a critical mass of dp polar machines moving into beta testing with key customers in 2023 and initial commercial sales targeted for 2024. If any of you are planning to be at the upcoming Form Next Trade Show in November, I strongly encourage you to visit the dp polar booth and see this exciting new system for yourself. With our metal printing portfolio, we continue to leverage the unique capabilities of our applications innovation group, along with our strong lineup of metal printing technologies, to drive solution sales to customers in both industrial and health care segments. Our technological advantage is primarily in our atmosphere control system, which is the industry's best for the manufacture of reactive metals such as titanium, nickel and refractory metal alloys. We've been very successful recently with customers in commercial space and medical devices, both of which are extremely well suited to our technology and the type of application-focused customer-specific printing solutions in which 3D Systems is long specialized. During the third quarter, we also announced several significant additions to our Materials portfolio. On the polymer side, we introduced 2 new production-grade materials, tough clear for our Figure 4 projection-based printing platforms, and DuraForm Pax Black for SLS printer line. Both of these materials address critical applications with key customers across several market verticals. On the metals front, we introduced new copper nickel alloy, , which is now certified for use on all of our DMP metal printing solutions. This copper nickel alloy was developed in close collaboration with Newport News Shipbuilding, which is a division of Huntington Ingalls Industries and is the largest shipbuilding company in the United States. Copper can be particularly challenging to 3D print due to its highly high reflectivity. However, it's an ideal material for extremely demanding applications in marine systems; chemical processing plants; oil and gas; and of course, rocketry. Turning to Slide 8, and before I hand off to Michael, I want to highlight the tremendous progress we're making on one of my most important goals for 3D Systems, namely the creation of a world-class regenerative medicine business. As I've shared with you previously, our efforts in this area are currently proceeding along 3 primary lines: first, through a long-standing partnership with our biotechnology partner, United Therapeutics. We've achieved remarkable progress toward our goal of 3D printing functional human organs for transplantation, initially targeting lungs, but now with an expanded scope, including livers and kidneys. Our partner announced publicly this summer that our goal is to have printed organs and human trials within 5 years. Second, building on the organ program's technological progress, we've expanded into the adjacent field of printing non-organ human tissue for transplantation and surgical reconstruction applications. More details regarding this exciting initiative will be announced in the months ahead. But today, I want to focus on the third initiative, which is summarized on Chart 8. In this case, we're leveraging our expertise in creating vascularized human tissue and combining this capability with our polymer printing expertise to develop and manufacture highly differentiated organs on chips for use in drug discovery and development by the pharmaceutical industry. During the third quarter, we marked a major milestone in this initiative with our announcement of the formation of a new wholly-owned biotech company called Systemic Bio. This subsidiary is being managed as an internal startup with its own dedicated management team and R&D staff. We've committed to support Systemic Bio with an initial seed investment of $15 million, which should sustain the company until it reaches a material level of revenue and profitability. One point that I want to emphasize is that Systemic Bio's go-to-market strategy will differ from 3D Systems' traditional business model. Due to the unique value of the printed products themselves and the sensitivity of this novel technology platform, Systemic Bio will not sell printers and materials, rather it will work with customers to develop organ and disease-specific human models for organs on chips, and then we'll market those chips directly to pharmaceutical and biotech companies engaged in drug discovery. To support the business model, Systemic Bio has invented a novel patent-print pending organ-on-a-chip platform which we call HVIOS. This stands for human vascularized integrated organ system. This platform is comprised of 3D-printed microfluidic components and bioprinted vascular 3D scaffolds. Once printed, these custom-designed vascularized scaffolds are then seeded with any desired combination of healthy or disease cell types for Houston drug studies. We're producing HVIOS chips daily at our state-of-the-art laboratory in Houston, Texas, where they're being tested by our systemic bios team of scientists to validate their use for modeling specific organ and disease functions in collaboration with key pharma customers. As you can see in the images on Slide 8, virtually any desired vasculature architecture can be printed and then mass produced to develop the statistical data needed for drug studies. Turning to Slide 9. Let me emphasize what differentiates Systemic Bio's technological approach from those in the market today and therefore, why we're so excited about this new business. The 3D bioprinted fully integrated vasculature contained within 3D -- within Systemic Bio's HVIOS chip can closely mimic human organ structures, allowing for active perfusion of blood through the tissue sample, as shown in the lower left image, where you can see blood throw -- flow through the printed structure. This vasculature is critical for cell survival as the blood flow is needed to bring nutrients to the implanted cells and then remove waste products just as the process works within your body. You can see the success of this approach in the lower right-hand image on Slide 9, with the green regions being human cells that have thrived in this printed tissue sample for over 28 days. This is unique, and it's the true magic of the HVOIS system. The cell types comprising these tissues can be of any type. For example, on one end of the chip can be human liver cells, and on the other and can be cancer cells with the printed blood vessels connecting them together in a continuous circuit. Developmental drugs can then be introduced to evaluate the interaction with both the healthy cells and the cancer cells in a continuous blood flow environment with an ability to create virtually any combination of tissues at high volumes. For evaluation using this technology, we believe that the drug development cycle can be shortened, success rates enhanced and the use of animal testing ultimately eliminated over time. From a financial standpoint, our goal is to establish key contracts with the pharmaceutical industry companies over the next year to affirm the technology and incorporate it into drug development protocols. Needless to say, I'm tremendously excited about the potential of this new business, and I'm driving to see early customer validation of our technology. Investors in our company should note that we believe Systemic Bio, given its highly advanced bioprinting and biomaterial capabilities and its business model of selling proprietary, HVIOS chips rather than printing technology, has the potential to achieve profit margins more like a biotech company than a manufacturing technology supplier. Based upon early customer feedback, I believe Systemic Bio could be a $100 million revenue company within 5 years. I'm confident that we'll announce the first agreement with a major pharmaceutical company in the near future, and we look forward to sharing the progress with you. Before I turn the call over to Michael, I'd like to close my remarks by turning to Slide 10 to highlight our software business. 3D Systems has long been an innovator in 3D printing software, offering specialized applications such as Geomagic, 3D Sprint and 3D Experts. We advanced that position significantly in late 2021 by acquiring Oqton, a leading provider of software solutions to utilize AI and machine learning to help manufacturers intelligently automate their entire digital production workflows. Since the acquisition of Oqton, we've transformed our entire software go-to-market strategy. All software operations are now under a single management structure of that being Oqton. And we're integrating 3D Systems legacy stand-alone applications into the Oqton manufacturing OS. The end-to-end result will be complete cloud-based digital manufacturing solution that is hardware agnostic and technology neutral. It will be able to seamlessly integrate the entire factory floor across multiple sites with a digital thread that provides complete control and traceability of every action in the manufacturing workflow from order to delivery. The combined suite of Oqton and 3D system software provides, by far, the most complete and feature-rich software offering in the additive industry today, as shown in the comparison table on Slide 10. While customers themselves can put together point solutions for each feature, an approach commonly called do-it-yourself, or DIY, they're hesitant to do so given the cost and complexity of the approach. The only alternative to this approach are the leading CAD suppliers shown in the middle column or other 3D equipment manufacturers who, at best, have only a fraction of the capability spectrum that Oqton offers. And we will continue to refine and add to the Oqton offering over time through both R&D investments and through commercial partnerships with leading players in the field of industrial automation. As just one example of our development road map, optimism partnership discussions with major manufacturing partners that would include joint development of new software functionality in part identification, e-commerce and cataloging. Most importantly, the new integrated Oqton suite of applications not only leads the industry, it has the potential to become a key enabler of true serial scale additive manufacturing that can make an impact on our entire industry. For this reason, we have opened Oqton's availability to the entire additive manufacturing industry. This includes all elements of the new Oqton platform, including the historical 3D Systems printing software, as we believe it will have a tremendous impact on the acceptance of additive manufacturing broadly. To facilitate industry-wide adoption, the Oqton business is run as a stand-alone operation with a high priority on protection of user sensitive data, including externally audited firewalls to ensure security and confidentiality. With this approach, Oqton is gaining traction every day and now has customer wins in the automotive, aerospace, contract manufacturing, health care and dental markets. With growth potential ranging from double to triple digits, we're very excited about the future of this software platform. And with that, I'd like to turn the call over to Michael to review our third quarter financial results. Michael?