Home Industry Phase3D Enhances In-Situ Monitoring Integration in 3D Printing with New Web Platform

Phase3D Enhances In-Situ Monitoring Integration in 3D Printing with New Web Platform

Picture: Phase3D

Phase3D has completely revamped its online presence, now offering a simplified pathway for implementing its Fringe Inspection technology. The goal is to provide manufacturers in the field of laser powder bed fusion (LPBF) with more direct access to data-driven quality assurance processes. The redesigned website combines technical background information with streamlined access to product offerings and compatibility checks—particularly relevant for engineering teams involved in series production.

Fringe Inspection is an optical measurement method that captures the topography of powder and melt layers during the printing process. This in-situ data collection enables the early detection of defects such as warping, delamination, or layer shifts. The resulting height maps provide an objective data basis for assessing part quality, eliminating the need to rely solely on downstream non-destructive testing methods. According to Phase3D, the platform is designed to simplify system evaluation and lower the barrier to entry for automated defect detection.

An integrated online shop allows users to check equipment compatibility and request quotes in advance—for example, for widely used systems like the EOS M 290 or machines from the M2 series. By standardizing the information and procurement process, implementation times can be reduced and uncertainties in system selection minimized.

“Launching our new site and shop is about making it easier for engineers to take action,” said Niall O’Dowd, Founder and CEO of Phase3D. “We’ve taken the guesswork out of evaluating monitoring tools by putting clear, transparent information front and center. This supports our mission to bring measurement-based quality assurance to additive manufacturing.”

With this restructuring, the company aims not only to strengthen its market position but also to signal a shift toward user-oriented quality assurance in the additive manufacturing space. The combination of hardware compatibility, real-time data, and intuitive user experience addresses key challenges in scaling 3D printing for industrial applications.


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