Polymer 3D printing guides

Boost your 3D printing knowledge with these helpful how-to guides.

5 Ways You Can Reduce Polymer 3D Printing Costs Today

Put these tips and strategies into action to cut additive manufacturing cost.

Multi Jet Fusion vs Selective Laser Sintering - Key Differences Explained

Which one is right for your project? This guide explains when using MJF or SLS is the best fit for your parts.

The Guide to Selective Laser Sintering (SLS) Post Processing

Which post-processing option is right for your SLS part? This guide explains each option.

Explained: 3D Printing with Flame Retardant Polymers

Flame retardant materials open up whole new possibilities in additive manufacturing. See how to use these polymers and which options are available for your project.

Quality Control Options for Polymer Additive Manufacturing

See which option is best for ensuring the quality and functionality of your polymer part.

Fused Deposition Modeling vs. Selective Laser Sintering – Key Differences

Which 3D printing technology is best for you? This guide explains the advantages and disadvantages of using FDM or SLS for your project.

The Fused Deposition Modeling (FDM) Design Guide

Get tips and advice for successfully designing parts for FDM.

From rapid prototyping to high-quality end-use parts, 3D printing with polymers is a versatile technology for many use cases. However, with so many different methods and materials available, additive manufacturing with polymers can be complex.

The polymers section of our Resource Hub gives you the information you need to build or improve your parts successfully. This guide covers several different technologies:

Fused Deposition Modeling
Multi-Jet Fusion
Selective Laser Sintering

If you're interested in learning about additive manufacturing with polymers, please check out these guides. The Insights and Trends section provides interviews with industry leaders and articles on AM trends.