Guia de Recursos

A Guide to Achieving Consistent Industrial Equipment Parts on Demand

Post-processing and finishing methods for stereolithography 3D printed parts.

Stereolithography (SL) is a 3D printing technology used for building prototypes, tooling or casting patterns. SL technology is renowned for building parts with extremely smooth surfaces and intricate detail. This is ideally suited for industries that want part quality without the part preparation time. 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 improve the mechanical properties or to enhance the cosmetics of the design, if required.

Get tips for perfect product design with a full color 3D printer and rapid CMF modelling iterations.

What are leading brands doing better than those struggling to stand out on the shelf? Learn how 3D printing is giving a competitive edge in our e-Book.

The Future of Automotive Manufacturing

A look book that showcases the automotive production-grade parts that are produced with: H350™ 3D printer utilizing SAF™ technology, Origin® One printer using P3™ technology and FDM® printers.

Minimizing costs and lead times for support machine components.

SAF, P3 and FDM solutions guide for additive manufactured industrial equipment

Formula Student – Stratasys Neo800 Stereolithography and Somos® PerFORM: Tooling and Composite Layup Manufacturing Process Guide

Stratasys introduced Oxford Brookes Racing to Covestro Somos® resin which has allowed the aerodynamics team to create 3D printed molds suitable for carbon fibre layup, reducing time and enabling further design freedom. Read the resource guide and find out how the students manufactured the final parts of the OBR 19 aero package, step by step.

How to orientate parts for stereolithography.

This guide will give you an overview of the types of design considerations to look out for, such as analyzing the geometry for optimal part placement.

Robust and Precise Industrial Machinery Components

With the H350™ 3D printer, powered by SAF™ technology, series production of industrial machinery end-use parts can be printed on-site in less than ten hours.

End of Arm Tooling Application Guide: Accomplish Accuracy and Precision

The H350 3D printer produces accurate and precise EOAT parts.

Accelerate your automotive production through consistency and reliability.

A look book that showcases the automotive production-grade parts the H350™ 3D printer utilizing SAF™ technology can print.