Learn how to create clear, effective engineering drawings in SOLIDWORKS that ensure 3D printing success — from accurate tolerances to optimized material and surface specifications.
In this session, our experts will show you how to create engineering drawings in SOLIDWORKS that make your additive manufacturing projects smoother, faster, and more reliable—from prototype to production.
Whether you’re working with polymers, composites, or metals, the right drawings can make all the difference in achieving precision, consistency, and print-ready designs.
This is an ideal session for designers, engineers, and manufacturers who want to bridge the gap between design intent and additive manufacturing success.
Learn how to define and apply the right dimensional tolerances and fit standards for 3D-printed parts, ensuring components assemble properly and perform as intended across different additive manufacturing technologies.
Gain practical insight into optimizing engineering drawings for popular 3D printing technologies like Multi Jet Fusion (MJF) and Fused Deposition Modeling (FDM/FFF).
Identify the most frequent drawing and design mistakes that lead to misprints, poor part accuracy, or expensive revisions—and learn proven strategies to prevent them.
Taylor Moore, Director of Manufacturing at A3D Manufacturing
Taylor is a dynamic professional with expertise in Engineering, Sales, Business, and Community engagement. With a commitment to excellence, Taylor guides clients through the sales process and excels in research, design, development, and project delivery.
As a leader, Taylor ensures seamless operations, including preventative maintenance, and offers valuable engineering insights to the sales division. Taylor has also implemented a robust internal manufacturing system, enhancing traceability and efficiency. Additionally, Taylor led a team in achieving ISO 9001:2015 certification for A3D Manufacturing, showcasing a dedication to quality and compliance.