Revolutionizing Industrial Production with Large-Format SLA: Introducing the Stratasys Neo®800+
For many, the mention of Stereolithography (SLA) or other resin 3D printing technologies often conjures images of smaller, highly detailed parts, typically limited by a modest build volume. While traditional SLA excels in precision for intricate designs, the landscape of additive manufacturing is rapidly evolving. We are now witnessing a significant surge in demand for, and development of, solutions specifically engineered for large-format SLA. This industrial-grade process is proving indispensable across a multitude of sectors, driving innovation in applications where both scale and accuracy are paramount. However, even with these advancements, many of the existing large-format SLA printers on the market grapple with persistent challenges related to print speed, overall reliability, and the consistent precision required for industrial use. It is precisely at this critical juncture that the groundbreaking Stratasys Neo®800+ emerges as a game-changer.
The Stratasys Neo®800+: Setting New Benchmarks in Large-Format SLA
Stratasys proudly positions the Neo®800+ as the definitive new benchmark for industrial large-format SLA 3D printers. This isn’t just an incremental upgrade; it represents a comprehensive leap forward, integrating entirely new hardware, significantly updated software, and a cutting-edge scanning system. These combined innovations address the core limitations of previous generations, offering a robust and efficient solution for demanding industrial environments.
The Neo®800+ is specifically engineered to empower users to dramatically boost productivity and achieve higher yields, all while rigorously maintaining the exceptional standard of part fidelity that stereolithography is known for. At the heart of this enhanced capability lies ScanControl+™, an advanced, proprietary technology. ScanControl+™ meticulously fine-tunes laser power and movement in real-time throughout the printing process. This sophisticated control system allows for unparalleled precision in laser interaction with the resin, leading to significantly boosted print productivity and superior sharpness in printed features. It ensures that even the largest parts exhibit consistent material properties and intricate details, fulfilling the stringent requirements of industrial applications.
Why Large-Format SLA Matters for Industrial Applications
The ability to print large, highly accurate parts with excellent surface finish opens up a vast array of possibilities across diverse industries. In sectors like automotive, large-format SLA enables the rapid prototyping of entire dashboards, bumpers, or intricate engine components, significantly accelerating design cycles. Aerospace benefits from the creation of lightweight, complex geometries for ducting, interior components, or even tooling and fixtures that require high precision. For consumer goods, it facilitates the production of large-scale models for design validation, ergonomic studies, or batch production of custom enclosures.
Compared to other large-format additive manufacturing technologies, such as Fused Deposition Modeling (FDM), large-format SLA often delivers superior surface quality, isotropic properties, and finer feature details. This makes it ideal for applications where aesthetics, functional performance, and dimensional accuracy are critical, reducing the need for extensive post-processing. The Neo®800+’s enhanced speed and reliability further solidify SLA’s position as a leading choice for industrial manufacturing, moving beyond mere prototyping to functional part production and end-use applications.
Exclusive Webinar: Dive Deep into High-Speed SLA with Stratasys Experts
To truly understand the transformative potential of the Neo®800+, 3Dnatives invites you to an exclusive webinar featuring leading experts from Stratasys and their trusted Service Bureau, Stratasys Direct. This is a unique opportunity to gain in-depth insights into how the Neo®800+ fundamentally improves speed, accuracy, and cost-efficiency in large-format SLA printing. The session promises to be highly informative, covering a range of critical topics for professionals in additive manufacturing.
Speakers will delve into the intricacies of how ScanControl+™ directly boosts throughput and enhances precision, showcasing the tangible benefits of this advanced technology. Attendees will also get a closer look at the latest high-speed SLA materials, understanding how these innovations contribute to better performance and enable a wider range of applications. The webinar will also provide an exhaustive examination of end-to-end workflow improvements offered by the Neo®800+ system, illustrating how these efficiencies can significantly streamline operations and reduce overall production costs. Critically, the session will feature compelling real-world case studies, offering practical examples of how businesses are leveraging the Neo®800+ to achieve remarkable results. Don’t miss this opportunity to learn how high-speed SLA printing can revolutionize your manufacturing workflow and drive unprecedented levels of productivity and quality.
Register for free today to secure your spot and discover how the Neo®800+ is reshaping the future of large-format industrial 3D printing.
Meet the Expert Speakers
The webinar brings together a panel of distinguished experts, each offering a unique perspective on the advancements and applications of large-format SLA technology.
Eric Yeung, Global Director of Sales Enablement for Neo Stereolithography at Stratasys
Eric Yeung is a distinguished specialist in photopolymer additive manufacturing technologies, playing a pivotal role in supporting the Go-To-Market team within Stratasys. His work focuses on providing cutting-edge SLA additive manufacturing solutions directly to customers worldwide. With over a decade of comprehensive experience in the additive manufacturing industry, Eric possesses deep expertise across both SLA and DLP technologies, including extensive knowledge of resin suppliers and material science. As the Global Director of Sales Enablement for Neo Stereolithography, he actively collaborates with customers, guiding them through the development of innovative new use cases and applications that push the boundaries of what’s possible with large-format SLA. Eric holds both a Mechanical Engineering degree and an MBA from the University of Southern California, equipping him with a unique blend of technical understanding and business acumen essential for translating complex technologies into practical, high-value solutions for diverse industrial needs.
Sean Schoonmaker, Director of Operations at Stratasys Direct Manufacturing
Sean Schoonmaker serves as the Director of Operations at Stratasys Direct Manufacturing’s state-of-the-art facility in Tucson, Arizona. In this role, he oversees specialized operations in Stereolithography (SL/SLA) and Digital Light Processing (DLP/P3) technologies, areas in which he boasts over a decade of hands-on experience. Sean’s journey in 3D printing began much earlier than his tenure at Stratasys, having leveraged additive manufacturing extensively since his college days. As a mechanical engineer, he pioneered the use of 3D printing for rapid prototyping and rigorous testing across a spectrum of demanding industries, including medical, automotive, and aerospace, proving its invaluable utility in accelerating product development. Sean joined Stratasys in 2013 as a Project Engineer and has since demonstrated remarkable growth, transitioning into key operational leadership roles over the years. His extensive practical experience and deep understanding of manufacturing processes make him an invaluable resource for optimizing production workflows and achieving operational excellence.
Madeleine Prior, English Content Specialist at 3Dnatives
Madeleine Prior is the esteemed English Content Specialist at 3Dnatives, the leading international online media platform dedicated to 3D printing and additive manufacturing. As an integral member of the 3Dnatives editorial team, Madeleine is responsible for defining the comprehensive content strategy for its English-speaking audience. Her role involves meticulously researching, analyzing, and reporting on the latest news, trends, and breakthroughs within the dynamic additive manufacturing sector, and effectively communicating their implications to a global readership. With a keen eye for detail and a talent for clarity, Madeleine ensures that complex technical information is presented in an accessible and engaging manner, making her an ideal moderator and insights provider for this important webinar. Her expertise ensures that the discussion remains pertinent, informative, and engaging for all attendees, bridging the gap between cutting-edge technology and its practical understanding.
Register Now and Join the Conversation!
Don’t miss out on this unparalleled opportunity to learn from industry leaders and gain a competitive edge in additive manufacturing. Register for free HERE to secure your spot for this essential webinar on large-format SLA 3D printing. We’re eager to know: will you be attending, and which specific aspect of high-speed SLA printing or the Neo®800+ interests you the most? Share your thoughts and questions in a comment below, or engage with us on our social media channels including LinkedIn, Facebook, and Twitter. For all the latest news, trends, and exclusive insights delivered straight to your inbox, don’t forget to sign up for our free weekly 3D Printing Newsletter here. You can also explore our extensive library of videos and interviews on our dedicated YouTube channel.