Thank you, Mick, and good morning, everyone. I'll begin this morning with some comments on the major drivers of our first quarter performance and how we anticipate the rest of the year unfolding at this point. I'll include progress we've made against some key strategic objectives, including partnerships and initiatives that we've previously announced. After that, I'll hand the call over to our CFO, Michael Turner, for a more detailed discussion of our first quarter financial results and our updated guidance for 2023. With that, let me turn to Slide 5 and start with a quick recap of the quarter. In describing our current market dynamics, we can best be characterized as being strongly bifurcated with one specific market being soft and the remainder being strong. I'll begin with the negative and that being the dental orthodontics or more specifically, the cleared intel aligners business. As most of you know, we have a particularly strong position in this market. As we've said for the last few quarters, demand has been severely impacted by reduced consumer discretionary spending as inflation has forced many consumers to focus on meeting life necessities such as food, gas and rent. While we're pleased that this market seems to be stabilizing, it has yet to return to growth. Compounding the economic impact on the actual market demand has been our customers' desire to reduce inventory levels, which had grown significantly during the COVID period. We expect this pressure to continue through midyear and then moderate as supply and demand come back into balance in the second half. This assumption is reflected in our guidance for the year. Looking ahead, provided a deep recession can be avoided as inflation now moderates, we would anticipate this market returning to growth in 2024. Turning then to the orthopedic half of our health care business. The story becomes very positive. This market continues to be robust, which in Q1 translated again into strong double-digit revenue growth. As many of you are aware, 3D Systems was a pioneer in this field, beginning with the creation of customized medical models in the early 2000s and since that time, expanding significantly into human musculoskeletal applications based on our rapidly growing orthopedic expertise. This transition from simple medical models into applications within the human body was a titanic undertaking for our company spanning many years with success requiring not only the development of compelling technologies, with the establishment of world-class process disciplines and quality practices, accompanied by the required regulatory approvals that are the price of entry for any company that wishes to participate in this market. Fast forward to today, we're a recognized leader in craniomaxillofacial and spinal orthopedic applications. And over the last few years, we've expanded our focus to include many additional indications in the human skeletal system. This expansion in our Orthopedic business is a key element of our strategic growth plan for the future. Success in these new orthopedic indications requires first that we continue to advance our printing hardware and material systems, which now fully encompass both metal and polymer platforms and to do so with increasing software integration that incorporates AI and machine learning to optimize the full medical workflow from receipt of the patient's digital imaging data through the surgical planning process with the patient's surgeon and then to the printing and finishing operations, which provide patient-specific medical implants. We can produce these implants within days of the initial request and do so while manufacturing custom surgical instrumentation and cutting guides to aid the surgeon in the OR. To date, we have used this process to bring life-changing orthopedic repairs to well over 150,000 individual patients, and the number grows daily. Often an example is helpful and fully conveying the nature of what we do. If you look at the left-hand side of Slide #5, you'll see an actual digital image of a patient suffering from a cancerous tumor in their leg in pelvic region. Traditionally, this type of tumor would have been removed by amputation of much of the surrounding bone structure, which in this case, would have cost the patient in one of their limbs and part of their pelvis. Through the use of our dicot print and free-form software, our engineers working with the patient surgical team were able to design and print the needed high-precision cutting guides and surgical instrumentation that allow the tumor to be carefully removed. Then in the same operation, install a custom patient-specific tri-flange titanium implant to reinforce the remaining bone structure, thereby avoiding amputation of the limb. This complex implant was manufactured using our Oqton 3D expert printing software in combination with our DMP 350 metal printing system. This entire process from first interaction with the patient data, the completed medical device was done in days, allowing the patient to receive the treatment they so badly needed shortly after the first diagnosis. While the technology itself is remarkable, the speed and economics of this entire orthopedic workflow has now improved to the point of large-scale adoption. Even with this progress, we continue to challenge ourselves to push even further on capability and cost efficiency. For example, this year, we moved from a single laser metal printing platform to a dual laser system with dramatically improved production throughput, and we've recently expanded from a focus on titanium materials, which are preferred for many applications in the human body to a special cobalt chrome material that's needed for use in articulating joint repair and replacement such as the human knee. We're the first to do this through 3D printing, which opens the door for a much greater degree of economic customization and joint replacement, which is becoming a common need and an active but aging population. Moving to our Industrial Solutions Group. We're also seeing continued strong demand, driven largely by automotive, electronics and military aviation and space markets. In the electronics market, I would specifically call out electrical connectors as a leading application for additive manufacturing, which can be attributed to a very high number of part types that are geometrically complex and produced at lower volumes or on a very regular basis. These types of applications benefit greatly from the avoidance of hard tooling and dedicated injection molding capacity for their manufacturer. While our development efforts for connectors has been progressing behind the scenes for some time, in the first quarter, we were pleased to announce publicly our collaboration with TE Connectivity, a world leader in connectors and sensors. Our joint program focuses on developing an additive manufacturing solution to produce electrical connectors that meet stringent UL regulatory requirements at scale for use within our partner's global factory network. The production solution illustrated on the right-hand side of Slide 5 comprises a modified Figure 4 modular printing platform, unique polymeric materials that have been the first known to pass the UL standards for flame retardancy, our 3D Sprint software and our global services capability. Instrumental to this success has been a newly developed photopolymer that we engineered specifically to meet connectivity's requirements for performance and cost and in parallel the hardware performance to produce the precision and speeds at an industrial scale. This is a great example of how we're partnering with industry leaders in key markets to accelerate innovation and build competitive advantage through additive manufacturing solutions. We believe TE Connectivity has the potential to become a significant customer for us, and we're honored to be their partner. As 2022 was an investment year, I'm pleased to address the progress we're making on some of our recent acquisitions. Moving to Slide 6. Last quarter, we shared the achievement of a major milestone for our Healthcare Solutions group when a surgical team at Austria's University Hospital in Salzburg executed the first clinical implantation of the 3D printed cranial plate manufactured from medical-grade PEEK polymeric material using a Kumovis printer. This printer was specifically developed for precision printing of medical-grade high-performance polymers. They received early approval by the European regulators for this procedure and a similar process is underway in the U.S. with the FDA. Using a Kumovis printer installed at the point of care inside the hospital, the surgical team customized and printed a cranial implant to precisely match the patient's specific anatomical profile and related physiological needs. A few months after the procedure was performed, we're thrilled at Mr. Turner and for Mr. Turner and the relief that this has brought to him. We are deeply indebted to the talented surgeons and staff at Salzburg University Hospital we brought together for the first time our unique software, hardware and materials technologies in a point-of-care hospital setting to address the specific needs. We believe that this success provides a real-life demonstration of the potential for enhancing orthopedic outcomes through the use of comprehensive digital manufacturing technology within a hospital setting. Our focus on point-of-care implementation of these integrated technologies is a key priority for our company and one that we believe will bring significant benefits to patients around the world in the years ahead. Here's a picture of Mr. Tremor several weeks after the surgery, where his recovery is on track and very apparent for all. Now turning to Slide 7. The next area I want to update you on is the recent news regarding our software division, Oqton, which we acquired in 2021. Oqton's unique cloud-based AI-enabled manufacturing operating system accelerates deployment and automation and digital manufacturing and production environments to improve efficiencies and reduce costs. Oqton recently announced the first comprehensive update on the adoption of this system in the dental market. To date, several hundred dental labs have now adopted Oqton's manufacturing operating system worldwide in the first 18 months of its availability. [indiscernible] is now migrating quickly to the Oqton platform to manage their operations. Customer feedback has been overwhelmingly positive as demonstrated by churn rates ranging from negative 20% to negative 30% for the software, meaning that customers are not only renewing their initial licenses that are rapidly expanding the number of licenses they're using at each of their operational sites. Production efficiency gains exceeded 50% in the first year of implementation and the ratio of lifetime value to customer acquisition cost of over 5 demonstrates the value creation throughout an adoption. Now moving to Slide 8. I'd like to provide some updates on some of our most recent exciting R&D efforts. Another strategically important area of investment focus last year was regenerative medicine, and we had announced the formation of systemic Bio, a wholly owned start-up company that's leveraging our expertise in vascularized tissue printing to develop and manufacture unique organ-on-a-chip technology called hVIOS for use in drug discovery and development by the pharmaceutical industry. Systemic Bio will partner directly with major pharmaceutical industry partners to jointly develop hVIOS chips that are tailored to specific organ and disease functions. And then market those chips directly to pharmaceutical and biotech companies engaged in drug discovery. I am very happy to announce today that we've signed our first contract with a major pharmaceutical company for application of our hVIOS chip technology. While we do not yet have permission to disclose the company name, in this program, we will establish a bio printed vascularized tumor model to be used for drug discovery and development efforts in oncology. Given development timelines in the industry, our efforts will seek to accelerate the development of new patient-specific therapies using these tumor models. This will be a multiyear collaboration to test the response of a patient's tumor through a variety of anticancer therapies through the use of our hVIOS technology. We're extremely excited about the potential for the widespread adoption of our hVIOS chip technology and view this initial contract as early initial validation of our approach to reducing the development cycle for new drug therapies. Turning then to Slide 9. As we've stated before, a key point regarding our ongoing investment initiatives is that we are only pursuing R&D programs and new additions to our product portfolio that we believe offer attractive returns and are consistent with our company mission to provide application-focused additive manufacturing solutions to high-value, high-growth industrial and health care end markets. As you saw in our announcement last week, we are very excited to enhance our selective laser centering our SLS offering with the planned acquisition of Wematter. With their gravity essential and essential plus an enterprise line of SLS printers, Wematter brings affordable turnkey, closed-loop solutions that make SLS accessible for smaller production environments, enabling a broader population of potential customers whose manufacturing space is limited. In addition, their portfolio of over 20 SLS material types enables them to address a wide range of applications for industrial, medical device and academic research markets. Importantly, Wematter emphasizes a new standard for customer ease of installation and use and a focus on environmental sustainability with its unique integrated powder handling and recycling system. While having a robust internal development program can meet most of our emerging customer needs, we've used strategic bolt-on acquisitions such as Wematter with their unique printing technology is having a smaller but important role to play in our continued expansion into new customer-specific applications across our 2 business units. We expect to close the Wematter transaction in early July. Shifting to our internal development efforts, I'm pleased to share that our announcement late last year of the revolutionary SLA 750 Dual, the world's first synchronous dual laser SLA printer, continues to garner excitement and remains on track for a similar release. As a reminder, the trailblazing SLA dual delivers twice the speed and 3x the throughput of competing platforms, dramatically improving productivity and cost efficiency. This industrial printing system, as confirmed through our extensive beta testing with select customers will be the industry leader in print size, speed, accuracy of resolution, delivering parts with unmatched surface finish and mechanical performance. When leverage with the Oqton manufacturing platform, it unlocks the true power of seamless integration on the factory for. We believe that this system will become a mainstay in industries such as transportation, motor sports, consumer technology and durable goods, manufacturing services, aerospace and health care for many years to follow. In addition to introducing our newest growth initiatives, I believe it's good discipline to provide an update on some of our previous announcements, particularly if there's a directional change to note. Along these lines, in February of 2021, we announced a collaboration with Jabil Corporation, a longtime customer and partner for the development product we called Roadrunner. Using extrusion technology, this product aims to offer several benefits to industrial markets, including increased speed, high-temperature material capability, a larger build area and enhanced precision. The intent with Roadrunner was that customers would use a standard film and input material, much of which Jabil was capable of supplying. However, as this program got underway, we continue studying alternatives, including moving to a pellet extrusion technology, which offered the potential for a much lower material cost. As we dug further, we discovered a small company in Colorado called Titan Robotics that have developed such a printing platform. In short order, we elected to acquire Titan and integrated it into the 3D Systems family of printing platforms and operating systems. The net result was a quicker sure path to market for a machine that from the outset that many of the attributes we were looking for in the Roadrunner system. Today, the Titan platform is in full production and is rapidly gaining customer acceptance across several significant industrial markets. Since acquiring this talented group of engineers, we've continued to build on the Titan platform, reinforced with technology that we both developed ourselves and gleaned from our subsequent acquisition of Kumovis, which, as I mentioned earlier, has a novel extrusion technology for high-performance medical and aerospace grade polymers. Through both the Kumovis and Titan platforms are now being integrated and expanded upon through our internal investments to continue our move into the broader extrusion market. Stay tuned for future developments in this area as there very well may be a sign of road runner in the offing. The second initiative that we'd like to update you on is the partnership we announced in June of 2021, which focused on the bio printed regenerative soft tissue matrix for use in breast reconstruction. While the initial exploratory efforts of our partners' results were promising, as the program progressed, material scientists in our laboratories independently developed alternative materials, which we believe were better suited for both breast reconstruction and other soft tissue applications. As such, earlier this year, we decided to pursue these applications by ourselves and have continued our own efforts in the printing of vascular eyed soft tissue using our unique materials and printing technology. We detailed this effort in the release we made in February of this year. This human tissue program has shown great promise in the large animal studies that we've completed to date as we have subsequently announced. We remain excited about this effort in the rapidly increasing number of human applications that continue to emerge from this program. And finally, regarding our acquisition of the high-speed rotary printing platform, BP Polar. We're moving along quite well with the first beta phase units that we'll launch with select strategic customers in key industrial and health care growth markets. We expect the first of these units to be installed in late summer and more to follow in the fall. These units are specifically designed for high-speed printing of high-volume high-mix polymer components. We'll update you once again as we gain customer feedback from this initial trial launch. Now moving to Slide 10. Before turning the call over to Michael, I'd like to update you on our outlook for 2023 and beyond. Let me make a very clear statement of our operating philosophy. As a leader in our industry, we believe it's important to demonstrate that we can deliver both exciting growth and profitability levels sufficient to support the ongoing investment requirements that are needed in order to meet rapidly expanding customer applications. As such, earlier this year, we announced a restructuring initiative to improve our 2023 profit profile by better aligning our European engineering and manufacturing operations for our 3 metals platforms, streamlining our software organization, which is now consolidated under Oqton, and focusing our product portfolio on platforms that bring the highest long-term value to the market. We're progressing very well on this front. And as we announced last night, we've now expanded our restructuring efforts to reduce headcount by approximately 6% across all functions of the company. We feel it's necessary to prudently manage our cost structure and step with the uncertainties associated with the broader macroeconomic environment. And most importantly, our previous investments in productivity are now allowing us to harvest more cost efficiencies as the year progresses. As Michael will detail for you later, we have increased our guidance to deliver $2 million or more in adjusted EBITDA in 2023 with no change to our outlook for revenue, non-GAAP gross profit margin and free cash flow. In closing, I'd like to address a question that's arisen from some of our analysts who follow the company regarding our historic core health care and industrial businesses and the additional investments that we're choosing to make in regenerative medicine, which is not generating material revenue for us today. Very specifically, we're being asked why, particularly in these challenging times, are we choosing to make these investments. First, let me be as clear as possible about the magnitude of our investment, including within our full year 2023 guidance is a plan to invest between $10 million and $12 million in Systemic Bio and our other regenerative medicine initiatives related to human non-organ tissue development. In addition to this, we're also receiving significant external support for our human organ development efforts from our partner, United Therapeutics. To state the obvious, if we were not committed to this effort, our EBITDA performance would be much greater this year. The reason that we're making these investments is very simple. We have an incredibly unique and exciting opportunity to drive unprecedented change in the field of medicine and in tens of thousands of people's lives who can benefit from this technology. It's an opportunity we are uniquely positioned to unlock with a series of highly strategic investments that have the potential to drive significant change for the future of the company and more importantly, a life-changing impact on society, and we're fortunate to be in a position to fund them with our strong balance sheet and profit-generating businesses inherent in our core portfolio. The benefit for all stakeholders, including our shareholders, our employees and importantly, the people's lives that we will impact will be exceptional. As to our time frame, I'll remind you of the goal that our partner, United Therapeutics CEO, Martine Rothblatt stated at last summer's C&M sponsored life itself event that within 5 years, we'll have a printed organ in human clinical trials. Today, we're a year closer to making this goal a reality. You can expect more announcements related to our human and pharmaceutical efforts in the future. Until then, our core businesses are thriving. We're making the progress needed in each key market to ensure that we retain our leadership position. And with that, let me turn the discussion over to Michael for more detail on our financial performance and our outlook. Michael?