Thanks, Mick, and good morning, everyone. I'll begin this morning with a brief reflection on 2023 performance. I'll then shift focus to 2024 and our path forward, discussing not only our restructuring initiative to take cost out of the business, but equally important, the areas that we are consciously choosing to continue to invest for future growth. Finally, I'll wrap things up with some comments on our 2024 outlook, before handing things off to our new CFO, Jeff Creech, for a deeper dive into the financials. As you may recall, Jeff joined the company in mid-December. He brings over 25 years of experience in finance leadership and business transformation, and has already hit the ground running as he led us through the year-end close. Welcome aboard, Jeff. It's great to have you with us. Before I begin discussing our recent results and forecast for the year, I think it's an important time to reflect on the state of the industry and where 3D Systems is positioned within it. I'm now on Slide 5. 3D printing's been around since our founder, Chuck Hull, invented the technology in the early ‘80s. It very quickly proved useful as a prototyping technology, a role it continues to play today. However, the real value of additive manufacturing, as it's now more commonly called, is when it began to be used to manufacture real components, not just prototype parts. This evolution took over 20 years and it required advancements in the printing hardware, the software for process control, and most importantly advancements in the materials that could be printed. Fast forward to today and we have the technology to manufacture an incredible range of products from orthopedic and dental implants for human beings, to key components for aerospace, automotive, and many other industrial markets. This evolution has today provided companies with four key advantages that are not available through traditional manufacturing processes. The first is design flexibility, which means very simply that engineers can create much more complex shapes that can't be manufactured even with the most advanced machining or casting technologies. Importantly, these parts are made through additive techniques that are often less expensive and less wasteful than traditional methods, bringing cost down and reducing environmental impacts from manufacturing. The second key benefit and one that's bringing many large industrial companies into the market more recently is what we call mass customization. This means producing large quantities of parts, with each being slightly different from the prior one. This benefit has been enabled by the improving economics of 3D printing, enabled by increased printer size, speed, and reliability. We clearly see this. We clearly see this in our healthcare business where orthopedic implants and dental products can be customized for each person's need. In fact, in the orthodontic area, our technology enables the manufacture of over a million customized clear aligners per day and soon other products such as custom printed dentures will follow at a similar scale. On the industrial side, the same type of applications are now in focus spanning both polymer and metal technologies. The third benefit is low volume, high complexity parts. Once again, printing speed, combined with new materials that are designed to meet specific application needs, are a key to success. Electronic components and those used in semiconductor equipment manufacturing are but two of many examples. And finally, greatly enhanced supply chain flexibility, enabling production where you need it, when you need it, is more important than ever, whether you're printing replacement parts for an oil refinery out in the desert or on a ship at sea, or you're reducing risk by moving production closer to the point of assembly operations. Many new customers in the post-COVID period are evaluating the capabilities and economics of additive manufacturing and are embracing this new technology. So, what does all this translate to? While, while recent macro factors have slowed the investment for the entire industry in the short-term, these fundamentals support an expectation of compounded annual growth averaging over 20%, which translates to an $80 billion market opportunity over the next five to seven years. So, with all that as backdrop, I was asked recently by one of our directors, is 3D printing a growth industry? Well, given the expectation of market growth, an appropriate question to ask might be, why don't you as investors see it in the numbers? Well, there are two simple reasons. One is that recent economic conditions have impacted CapEx spending by our customers in the short term. This is expected to correct itself as interest rates ultimately decline and consumer demand becomes more predictable. The second is that new market entrants have emerged, particularly from China in the hardware element of the business. This has created a very fragmented industry, the one that increasingly seeks to consolidate, creating the scale and breadth of technology needed to service our global customer base in their factories around the world. So, with all of this, where does 3D Systems stand today and why should an investor be interested in our company specifically? Given that we're fundamentally in a growth industry, there are three reasons to invest in 3D Systems. First, we have the scale needed to support our global customers from a sales and service standpoint, while driving the internal efficiencies needed to sustain the R&D spend to meet our customers' application needs. At almost $500 million of revenue in 2023, we're one of the largest companies in the industry, with strong gross margins that continue to improve even in this difficult economic climate. Our R&D investments support the broadest range of additive technologies in the entire industry, bringing together metal and polymer hardware platforms and an exceptional materials portfolio with intelligent cloud-based software to deliver targeted application solutions to key customers around the world. We have the sales and service infrastructure to support our customers manufacturing plants wherever in the world they choose, and we have experience to show that it works. In one case, we have over 600 printers installed in plants in Central America, eastern Europe, and Asia, all printing in harmony to deliver custom products every day of the year. Last year, this single customer delivered hundreds of millions of bespoke products successfully to customers on virtually every continent, and now we're expanding our technology base into regenerative medicine. An emerging market with the ability to print vascularized human tissue will change healthcare forever. No one in the world is better positioned than we are to bring these solutions to the market, creating value for all of our stakeholders. In the short term, we have the flexibility to adapt to economic volatility by taking out costs and to do so without stifling future growth investments needed to serve that $80 billion addressable market in the years ahead, endorsed by a strong balance sheet, with a healthy cash reserve, providing headroom to execute on a strategy that delivers substantial value creation for the horizon ahead. So, with that backdrop in mind, let's turn to Slide 6. Without question, 2023 proved to be a challenging year, and it all centered on revenue, which remained under significant pressure all year long. Far and away the most significant impact on our year-over-year revenue decline was attributed to our dental orthodontics business. This was a headwind that we had begun to experience in 2022 when inflation first took its toll on consumer discretionary spending. This pressure built significantly in 2023 as demand in the orthodontics space tumbled and inventory spiked. In the end, our full year dental orthodontics business declined 39%. Making matters worse from a demand perspective, last year was a broad-based macroeconomic and geopolitical uncertainties, created in part by the rapid rise in interest rates used in an effort to dampen inflation. While clearly this was necessary, this rise in rates caused many of our customers to slow their capital spending as they waited to see what the impact would be ultimately on consumer demand. When we last spoke in November, our expectation was that this delay in capital deployment would moderate during the fourth quarter following the usual seasonality patterns for our company. Unfortunately, this did not happen. To be clear, this was a delay in placing orders, with very few cancellations as our customers remain committed to additive manufacturing as incremental capacity is needed and new products are introduced. Given that these concerns continue in the new year, we're assuming this trend of slow rolling purchase orders continues in 2024. This may prove to be conservative, but for now I think it's prudent. For this reason, we continue to take cost actions needed to drive near-term profitability and cash performance even in a static sales environment. One thing to point out, while navigating this challenging top line environment, I was very proud of our team's ability to deliver improved gross margins in 2023. Having driven through selective price actions to recover inflationary costs early in the year, as the quarters passed, we continue to focus on our insourcing of manufacturing into our newly formed centers of production excellence, and to begin optimization of our extended supply chain. This led to greater efficiencies for the business throughout 2023 as reflected in our rising gross margins, and we expect to unlock even more benefits going forward. The last point I'd like to acknowledge is already EBITDA performance. When we first entered the year, we had a much different outlook for revenue, and felt that at levels around $560 million, we could deliver at least breakeven profitability. In response to our more significant revenue challenges, we took extensive actions to remove operating costs from the business. As a result, we're seeing a reduction in core expenses, and we expect this to continue. Of note, these impacts were overshadowed in the fourth quarter by incremental investment in our regenerative medicine initiative and some higher than normal expenses near year-end, which Jeff will detail later on. Setting this aside, expectations for 2024 for reductions in OpEx and continued improvement in gross margin performance, both of which lead to improved EBITDA realization. Let's turn to Slide 7 to delve deeper into our restructuring initiatives. Like many of our industry peers, pressure on revenue growth in 2023 prompted significant cost reductions as a response. While we've implemented cost actions of our own, I'd argue our philosophy and strategy for doing so is fundamentally different. As a starting point, you just heard me talk about our strong balance sheet. With healthy cash reserves and an opportunity to drive considerable improvements in working capital through inventory reduction in the year ahead, we have an ability to be very methodical and deliberate in our restructuring efforts, balancing the need for improved operating efficiencies with support for critical R&D investments needed to deliver the growth we see ahead. In short, we're eliminating a substantial amount of costs to better reflect the current revenue environment, but we'll never do so at the expense of starving future growth initiatives that we deem to be critical to long-term value creation. That said, more simplistically, we're responding to our environment in order to thrive, not just survive. Our focus is not just on preserving this year ahead, but doing so in a fashion that still unlocks enormous potential for the years ahead. So, to summarize, at the midpoint of our revenue range, you'll see us pointing to a flattish performance as the economy finds its footing. Our efficiency programs and cost actions should deliver continued improvements in gross margins while decreasing our overall OpEx costs. We believe this combination will result in a positive EBITDA performance this year while maintaining our critical investments for growth. An enabler of this strategy is a keen focus on portfolio optimization, which will be an ongoing effort for us. The result may include decreasing investments in certain areas that no longer provide an acceptable return on capital, which may result in disposal of non-core assets or establishment of partnerships in certain areas while increasing investments in more attractive parts of our extensive portfolio. I'd like to give you an idea of some of the areas we find particularly exciting at this juncture. On Slide 8, you'll see our offering of end-to-end solutions to address the orthopedic device market. We have manufactured millions of medical devices within our own facilities, and a far greater magnitude produced by our customers leveraging our printers materials and software in their own facilities. In the $2 billion market for CMF, or cranial maxillofacial bone structures, we're among the leaders when it comes to supporting the full ecosystem of surgical planning, guides, and implants. This market is growing for us as we now expand from oncology and other planned surgeries to increasingly support trauma patients using both metal and polymeric solutions. In the $10 billion spinal market, we have the highest adoption rate of our DMP 300 metal printing technology to produce spinal cages, and surgeons are increasingly taking advantage of additive design capability to provide enhanced patient success. Building on the learnings from our CMF and spinal capability, we're now making significant inroads into the fast-growing foot and ankle market space, which is valued at almost $4 billion today, by supporting commercialization of several total ankle applications. Having now expanded our metals technology from titanium to cobalt chrome, we have the added capability to support replacement and repair of moving joints that are exposed to higher levels of fatigue over time. This is essential as we penetrate the foot and ankle market and then expand into the $20 billion hip and knee market, which will leverage our new triple laser metal printing system. Even in the difficult revenue environment of 2023, personalized healthcare was a positive outlier, if you flip to Slide 9, delivering double-digit growth year-over-year, and we expect this trend to continue. While significant element of growth will be expanded indications that I've just reviewed for you, another portion will be driven by geographic expansion beyond our core markets of North America, broadening our reach to more surgeons and patients across the globe. In the aggregate, we view the opportunities in personalized medicine space and our aggressive investments in this business to yield a tripling of revenue over the next five years. The second element of our healthcare business is dental. Historically, our largest revenue stream in this business has been orthodontics where we pioneered the 3D printing technology for clear aligners over 20 years ago. Now with the mass adoption of digital imaging advancements and advancements in materials and printing technology, we see continued opportunity to open new dental markets for additive manufacturing. A major market is for dentures, which until now have been manufactured through machining and hand assembly. For this reason, much of the manufacturing base moved to Asia to access lower labor costs, and lead times extended accordingly. However, just last week, we announced the introduction of the industry's first multi-material one piece Jetted Denture Solution. By adopting additive manufacturing, production cycle time, and even more importantly, the labor content for denture fabrication is dramatically reduced. This allows the process to be moved closer to patients and delivered faster and lower cost than ever before. With the addressable denture market expected to exceed $2 billion by 2028, this presents a tremendous opportunity for our Jetted Denture Solution. This denture combines our NextDent Jetted Denture teeth and base materials in one printing operation, delivering not only beautiful aesthetics, but exceptional brake resistance, a combination never before attained in a printed single piece denture. Combining our materials with the speed of our jetting printer technology drastically accelerates production rates to deliver these visually beautiful and extremely durable products to patients in a much shorter timeframe. When we introduced this product last week at the Annual Dental Show in Chicago, Glidewell, a longtime 3D Systems customer and the world's largest producer of restorative dental devices, commented specifically on it, citing its superior durability and aesthetics. As one of our key launch customers, we're proud to have Glidewell’s endorsement, an enthusiastic embrace of this new technology as we anticipate 510(k) clearance in the from the FDA in the second half of this year. Turning now to Slide 11, in offering the broadest range of technologies, we're concentrating heavily on our innovation in metals. Despite pressures in other industrial markets during the year, we delivered solid growth from both semiconductor capital equipment and aerospace and defense markets. We see additive continuing to generate momentum in these industries and others such as shipbuilding going forward. On the right-hand side of 11, you'll see a sample of some of the many proven solutions for different materials and applications we offer in key industries. Our technology enables the consolidation of parts, accelerating time to market for our customers and does so with improved performance facilitated by freedom of design. It's an overall continuation of the important contributions we can make in mitigating supply chain disruptions. Turning to slide 12. Since joining 3D Systems in the summer of 2020, we've had an intense focus on new products. While a few of these have come to market through acquisition, most are being developed through our R&D investments. With a typical three-year development cycle for a new platform, we're now beginning to see the fruits of our investment, which will continue to gain momentum over the next 18 months. During the fourth quarter alone, we delivered nine new products, five new materials, three printer upgrades, and one key accessory. More recently, we shipped our first MJP300W jetting system, the first of our new generation of jetting printer technology. We completed validation of testing on our SLS300 machine, and are now ramping production is removed toward the second quarter of this year. Additionally, we're on track to deliver on our commitments for our newest metal printer, the DMP 350 Triple laser system, as well as our revolutionary PSLA 270, which combines the benefits of SLA with a high speed projection technology and leverages the materials developed for our figure four printing system. This new printing solution set was introduced in concept at the 2023 Formnext show, and was met with great enthusiasm by our customers. Looking ahead, we are continuing to work tirelessly in the development of nearly 40 new product releases by the end of 2024, which will be a refresh of virtually our entire product portfolio of printing technology, setting the stage for an exciting 2025 and beyond. And finally, let's turn to our regenerative medicine initiative on Slide 13. As you've heard from me multiple times over the last few years, our regenerative medicine initiative is unparalleled and a strategic differentiator, with technology that may not only deliver transformational growth and shareholder value for our company, but importantly, profoundly change the future of healthcare. Leveraging our 3D printing technology leadership, regenerative medicine is structured into three distinct opportunities, human organs, non-organ tissue, and drug development. In December, we announced that Harriss Currie would join 3D Systems in the newly created role as president of regenerative medicine for us. Harriss will draw from his 30 years of experience in executive leadership, with a focus on building emerging businesses. Prior to joining us, Harriss was Senior Vice President and CFO for Luminex Corporation, spending over two decades with the biotech company, helping lead their growth from a startup to more than $500 million in revenue during his tenure. The creation of his role reflects the increasing maturation of our exciting new technology as we move from early-stage conceptual development toward commercial application. Specific to our work on organs and our outstanding partnership with United Therapeutics, we’re working vigorously to produce the most complex product ever printed, the human lung. Something that once began as a dream is now well underway and continues to track toward our goal of human trials for 2027. Looking back on the last year, we eclipsed a critical point in lung development during the third quarter, our progress validated with recognition of a $4.5 million milestone payment for the program, and moving it yet another year closer to our target for human trials. On the drug development front, we're making great progress in our wholly-owned subsidiary Systemic Bio formed in 2022, and you'll see this on Slide 14. h-VIOS, our proprietary organ-on-a-chip platform, is a novel application set, which allows pharmaceutical companies to test their drugs on vascularized, cellularized tissue chips that mimic human response to drug therapies at scale in the laboratory. We believe Systemic’s h-VIOS platform has the potential to dramatically improve the drug discovery and development timeline, particularly important considering market research indicates that nine out of 10 drugs fail in clinical trials, leading to an average of $2.6 billion invested by pharma companies per drug approved, with over a 12-year time horizon to establish FDA approval for each drug introduced to the market. To this end, we've gained significant momentum and validation of our technology, and I'm pleased to announce that before the end of last year, Systemic Bio successfully closed their second contract with another large pharmaceutical company. In total, this represents collaborative contracts now with two of the top four largest pharmaceutical companies in the world, and an impressive pipeline of future opportunities ahead. Based on the extraordinary progress made to date and in order to propel this business forward, we're leveraging the strength of our core business, as well as our balance sheet to invest for continued progress in regenerative medicine. For 2024, we expect to invest in key regenerative products to continue our momentum and maintain the unrivaled lead we have over any 3D printing competitor in our space. While this is still a highly developmental area, and undoubtedly some avenues will advance more quickly than others, we continue to believe that regenerative medicine offers tremendous value creation in the future. We'll be proud to update you on our progress throughout the year. So, with that, I'll finish on Slide 15. So, to recap what you've heard from me this morning, given the current economic environment, we expect our full year revenues for 2024 to be relatively flat given the softness experienced throughout the year last year. We would hope that this is a conservative position to take, but it remains prudent to say so at this time. Our insourcing supply chain and restructuring work to date has provided a strong foundation for gross margin improvement, and we expect that to continue even in a static sales environment. Any volume leverage on revenue upside would further enhance this performance. And finally, with stable revenue performance, expanded gross margins and carefully managed OpEx at reduced levels from 2023, we're committed to deliver positive adjusted EBITDA performance and operating cash flow for 2024. With prudent R&D investments in our highest priority customer initiatives, we believe we can deliver on an exciting top line growth and sustained profitability in the years ahead. So, with that, I'll now turn things over to Jeff. Jeff?