Phase3D Unveils Advanced Fringe Inspection for LPBF 3D Printing

A New Era in 3D Printing Inspection for ASEAN Factories \\[8pt] Chicago-based additive manufacturing inspection technology developer, Phase3D, has launched a new generation of its Fringe Inspection platform. This innovative solution is specifically designed to integrate seamlessly into laser powder bed fusion (LPBF) 3D printers, marking a significant step forward in the industrialization of 3D printing. The new hardware replaces off-the-shelf components with a custom architecture, making it easier for original equipment manufacturers (OEMs) to integrate and deploy across multiple machines and facilities. \\[8pt] ## Simplified Integration and Enhanced Performance \\[8pt] The redesigned Fringe Inspection system consolidates projection, computing, and storage into a single unit. It features a custom-built projector, an integrated industrial PC (IPC), graphics processing unit (GPU), memory, and internal storage, all housed in an aluminum enclosure with passive cooling. This compact design not only simplifies integration but also enhances performance. The system includes M12 connectors for camera data, power, networking, and input/output signals, as well as four hardware trigger channels compatible with 5–24 V signals. These features make it highly adaptable to different LPBF machine interfaces and inspection workflows. \\[8pt] ## What This Means for ASEAN Factories \\[8pt] For factories in Thailand, Vietnam, Indonesia, and Malaysia, this new technology offers a significant advantage. The streamlined integration and standardized architecture of the Fringe Inspection system can help these factories scale their 3D printing operations more efficiently. By providing quantitative layer-by-layer inspection, the system enables engineers to detect surface anomalies, track changes between layers, and determine the magnitude of deviations. This level of precision is crucial for maintaining high-quality standards in industries such as automotive, electronics, and medical devices. \\[8pt] In Thailand, where the automotive industry is a key economic driver, the ability to perform in-situ inspections during the 3D printing process can significantly reduce production times and costs. Similarly, in Vietnam and Indonesia, where the electronics and semiconductor industries are rapidly growing, the Fringe Inspection system can help ensure the reliability and consistency of 3D printed components. In Malaysia, the medical device sector can benefit from the enhanced quality control provided by this technology, ensuring that critical parts meet stringent regulatory requirements. \\[8pt] ## Scaling Up for Industrial Production \\[8pt] Phase3D's recent $2.9 million funding round in June 2026 has enabled the company to expand its manufacturing capabilities and move towards standardized production. The new hardware is part of this strategic shift, designed to support OEM integration and repeatable deployment. Additionally, Phase3D is participating in NASA qualification research, which involves inspecting over 50,000 layers on an EOS M300-4 quad-laser metal 3D printer. This research aims to establish the reliability of in-situ height measurements in correlating with post-build CT inspection results under production-scale conditions. \\[8pt] As Phase3D prepares to showcase its new platform at Formnext 2026, the company is inviting machine manufacturers and industrial users to discuss integration opportunities. For factory buyers in ASEAN, this is a chance to explore how the Fringe Inspection system can enhance their 3D printing processes and drive greater efficiency and quality. \\[8pt] **Takeaway for Factory Buyers:** \\[8pt] The introduction of Phase3D's next-generation Fringe Inspection hardware represents a significant advancement in 3D printing inspection. For ASEAN factories, this technology offers a robust and scalable solution that can improve production efficiency, reduce costs, and ensure high-quality output. By integrating this system, factories can stay ahead of the curve in the rapidly evolving landscape of additive manufacturing.