SL technology is renowned for building parts with extremely smooth surface finishes and intricate detail. This is perfect for customers who want industry leading part quality without the finishing or part preparation time needed to apply any customized finishing. Once a build is complete and supports removed, stereolithography parts may appear finished. However, SL 3D printed parts still require an element of post-processing to either strengthen the mechanical properties of the part or to enhance the cosmetics of the design, if required.
Discover how checking fixtures verify part accuracy in manufacturing. Learn about types, components, and applications in automotive, aerospace, and medical.
続けて見るLearn how flexible 3D printing materials are used to create rubber-like parts, from TPU filaments to PolyJet and DLP elastomers. Compare materials, Shore hardness, applications, and Stratasys technologies
続けて見るExplore strong, tough 3D printing materials for functional prototyping and production. Compare FDM, PolyJet, SAF, and P3 DLP polymers to find the best fit.
続けて見るDiscover how checking fixtures verify part accuracy in manufacturing. Learn about types, components, and applications in automotive, aerospace, and medical.
Learn how flexible 3D printing materials are used to create rubber-like parts, from TPU filaments to PolyJet and DLP elastomers. Compare materials, Shore hardness, applications, and Stratasys technologies
Explore strong, tough 3D printing materials for functional prototyping and production. Compare FDM, PolyJet, SAF, and P3 DLP polymers to find the best fit.
