Additive Manufacturing Surface Finishing Study

The Definitive Benchmark Study for Dimensional Accuracy, Roughness, and More Across Key AM Metals

Which Surface Finishing Process is Best for Your Metal AM Components?​

Additive Manufacturing is transforming industrial production, but achieving the right surface quality remains a challenge. Our benchmarking study provides a comprehensive comparison of the most relevant surface finishing methods for metal AM parts, helping you select the best process for your application. ​

Insights to be gained:​

  • What surface properties can be achieved with each post-processing method?​
  • What are the strengths and limitations of each technique?​
  • How do costs and performance vary across materials?​
  • Which process is most suitable for internal structures and complex geometries?

A Comprehensive , Head-to-Head Comparison

We provide detailed results across the most common materials, processes, and performance criteria

  • Save Time & Money: Eliminate costly trial-and-error and accelerat your time-to-market
  • Improve Part Quality: Confidently select the best process to meet your performance and dimensional accuracy requirements
  • De-Risk Your Production: Base your strategy on independet, unbiased data 

Explore Our Other Studies

 

Additive Fatigue Study

Influence of Different Surface Finishing Methods on Mechanical Properties of Metal AM Components