Posted in | Nanomaterials | Materials Analysis

Indentation University Session 18: Mounting 3D-Printed Porous Titanium for Nanoindentation

From Jun 10 2026

Session 18 of the KLA Instruments™ Indentation University series discusses how to properly prepare porous samples for nanoindentation and mount them on sample holders.

About this Webinar

Session 18 covers working with porous metal samples, such as those used in medical implant devices, in preparation for nanoindentation. Both the vacuum and resin pressure techniques are thoroughly covered, along with what to watch out for in sample preparation and polishing.

Note: for Session 18, it is recommended to view the following Indentation University webinars as background for the discussion:

Attend this Indentation University webinar and you will:

  • Know how to overcome challenges associated with mounting porous materials
  • Learn details about both vacuum and resin pressure sample mounting techniques
  • Be able to identify common mounting accessories used in metallographic preparation
  • Understand techniques and resources for polishing titanium (Ti) mounts

About the Speaker

Bryan Crawford, Nanoindentation Product Marketing Manager, KLA Instruments

Bryan Crawford is the Nanoindenter Product Marketing Manager for KLA Instruments. He has worked in the field of nanoindentation for over 20 years as an Applications Engineer at Agilent/MTS, Director of Analytical Services at Nanomechanics, Inc., and Sales Engineer at KLA.

He also managed materials science labs at Johns Hopkins University. Bryan lives in Baltimore, Maryland, with his wife and two daughters.

Who Should Attend

If you are interested in learning more about sample preparation techniques for porous metallic samples, then this webinar is for you.

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Indentation University Session 1: The Genius of Oliver and Pharr

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Indentation University Session 2: How to test Titanium Aluminum Nitride (TiAlN) on Tungsten Carbide (WC)

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Indentation University Session 5: Elastic Contact Mechanics

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Indentation University Session 8: How to Test Optical Coatings

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Indentation University Session 9: Frame Stiffness and Area Function

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Indentation University Session 10: How to Verify a Nanoindenter

Indentation University Session 10: How to Verify a Nanoindenter
Indentation University Session 4: How to Test 1018 Steel by Nanoindentation

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Indentation University Session 3: Basic Instrumented Indentation

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Indentation University Session 6: How to Test Barnett Shale by Nanoindentation

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Indentation University Session 7: Dynamic Nanoindentation

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Indentation University Session 13: Mechanics of Plasticity

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Indentation University Session 23: Nanoindentation for Stress-Strain

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Indentation University Session 22: Theory of Measuring Stress-Strain Curves by Nanoindentation

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Indentation University Session 20: Statistical Analysis of Measurements (Student’s T-Test)

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Indentation University Session 21: Scratch Testing DLC on Silicon

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Indentation University Session 11: Nanoindentation of Thin Films

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Indentation University Session 17: High-Speed Nanoindentation

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Indentation University Session 16: How to Test Tires and Rubber Compounds

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Indentation University Session 15: Complex Modulus of Polymers

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Indentation University Session 14: How to Test 40 nm DLC Coatings on Silicon

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Indentation University Session 12: How to Test Low-k Films on Silicon

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Indentation University Session 19: How to Test 3D-Printed Titanium Using Nanoindentation

Indentation University Session 19: How to Test 3D-Printed Titanium Using Nanoindentation

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