Uploaded July 2026 | Updated September 2026, 1 week ago
Making 3D Printed Parts Airtight and Industry-Ready
In this expert talk, we explore how post-processing turns 3D printed parts into real, functional products. Because many printed parts contain micro-pores that cause air or liquid leakage, special capillary sealers can be applied to infiltrate and seal the material.
The session shows practical methods like dipping, spraying, and vacuum sealing, along with real industry examples -from 3D-printed eyewear and knife handles to industrial nozzles and fluid connectors.
If you want to learn how to make airtight, watertight, and more durable 3D printed parts, this talk reveals the key techniques used in real-world additive manufacturing applications.
Experts: Daniel Flachsenberg, DIAMANT Polymer | Dominik Sippel, EOS
Making 3D Printed Parts Airtight and Industry-Ready
In this expert talk, we explore how post-processing turns 3D printed parts into real, functional products. Because many printed parts contain micro-pores that cause air or liquid leakage, special capillary sealers can be applied to infiltrate and seal the material.
The session shows practical methods like dipping, spraying, and vacuum sealing, along with real industry examples -from 3D-printed eyewear and knife handles to industrial nozzles and fluid connectors.
If you want to learn how to make airtight, watertight, and more durable 3D printed parts, this talk reveals the key techniques used in real-world additive manufacturing applications.
Experts: Daniel Flachsenberg, DIAMANT Polymer | Dominik Sippel, EOS
