Robo-Met.3D® Services

Analyze your additive manufacturing or other solid samples in 3D to see what you have been missing. Automatic serial sectioning with Robo-Met.3D provides you with ground truth materials data such as microstructure and defects over large sample volumes, up to cubic centimeters, at light optical microscopy resolutions. Insights are not limited by sample density. Contact us today to uncover the features you’ve been missing.

Our expert Robo-Met.3D Services team will:

  • Consult with you to plan the investigation

  • Collect automated serial sectioning data with high precision

  • Post process the data to highlight the information of interest to you, including quantitative analyses

  • Provide you a comprehensive analysis report in addition to the data generated.

Contact us today to find out why customers such as Apple, Arconic, Bosch, St. Gobain, Toyota, and Universal Stainless come to us for these 3D insights.

Porosity calculations, average grain size, grain distributions, and phase volume statistics are just some examples of the data that can be generated in 3D materials analyses in our applications below. Don’t see your application? Click here to contact us for more publications and reports.

Robo-Met Applications

Additive Manufacturing

Analyze porosity and microstructure in additively manufactured parts

Ceramic and Polymer
Matrix Composites

Reveal fiber sizes and orientations, voids, defects and structural features in composites

Nondestructive Evaluation

Validate nondestructive analysis techniques with ground truth data

Structural Metals

Investigate structure property relationships in advanced metals for automotive and aerospace applications

Bearings and Welds

Uncover phase distributions and inclusions that originate failures in bearings and welds

Coatings

Conduct quality control evaluation on coatings through Robo-Met.QC®

Materials processes happen in 3D. However, current 2D analysis only visualizes processes at the continuum and component length scale, missing vital links between properties, performance, and 3D microstructures. Porosity calculations, average grain size, ALA grains, grain distributions, and phase volume statistics are some examples of the data that can be generated in 3D materials analyses.

Don’t see your application below? Click here to contact us or visit our forum for more publications and reports.

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