Phase3D has partnered with LRPS Ltd to expand access to real-time, in-situ inspection for metal additive manufacturing across Israel. The partnership brings Phase3D's Fringe Inspection™ technology to manufacturers, research institutions and engineering organizations looking to strengthen quality assurance, accelerate qualification and gain greater insight into the laser powder bed fusion (LPBF) process.
As additive manufacturing moves further into production applications, manufacturers need greater confidence not only in the final component, but in what happens throughout the build. By combining Phase3D's metrology-grade inspection technology with LRPS's established expertise in industrial additive manufacturing, the partnership will give organizations in Israel greater access to objective, layer-by-layer process data.
Expanding In-Situ Inspection for Metal Additive Manufacturing in Israel
Quality assurance remains one of the central challenges as metal additive manufacturing moves from process development toward repeatable production.
Traditional quality assurance methods rely heavily on inspection after a build is complete. Methods including CT scanning, destructive testing and manual inspection remain important, but they provide information only after the time and material required to manufacture the component have already been committed.
In-situ inspection introduces measurement directly into the manufacturing process. Phase3D's Fringe Inspection™ uses structured light to capture high-resolution, three-dimensional measurements of every powder layer during LPBF builds. This creates an objective record of the build as it happens, helping manufacturers and researchers identify anomalies, understand process behavior and establish stronger relationships between build conditions and final part quality.
How In-Situ Inspection Improves Metal Additive Manufacturing Quality
Greater visibility during the build gives manufacturers another source of evidence when developing, qualifying and monitoring metal additive manufacturing processes. Rather than relying solely on machine data or images of the build, Fringe Inspection™ provides calibrated three-dimensional measurements that allow engineers to quantify what is happening at the powder layer.
Layer-by-Layer Inspection for LPBF
Fringe Inspection™ measures each powder layer throughout the build, creating a three-dimensional dataset of the manufacturing process. This layer-by-layer approach provides engineers with greater visibility into how the process develops over time and enables deviations from expected conditions to be identified and analyzed.
For manufacturers working with complex, high-value or production-critical components, this provides another layer of process evidence between the machine parameters used to manufacture a component and the inspection of the finished part.
Earlier Detection of Additive Manufacturing Anomalies
When an anomaly occurs during a build, understanding where it happened and how it developed can be critical. By capturing measurement data throughout the LPBF process, Fringe Inspection™ enables engineers to identify and investigate anomalies closer to the point at which they occur, rather than relying solely on downstream inspection to reveal a problem. This can support faster root-cause analysis, process optimization and a deeper understanding of the relationship between powder-layer behavior and final part quality.
Supporting Process and Machine Qualification
Qualification requires manufacturers to demonstrate that additive manufacturing processes can produce components consistently and predictably. Objective in-situ measurement provides an additional source of data for establishing that evidence. Fringe Inspection™ data can support process development, machine qualification, production monitoring and continuous improvement by providing a repeatable record of what occurred throughout each build.
Phase3D Fringe Inspection™ for LPBF Process Monitoring
Fringe Inspection™ is designed to provide objective, quantitative inspection data during additive manufacturing rather than relying solely on qualitative imagery. Using structured light measurement, the technology captures high-resolution 3D data from the powder bed and enables engineers to compare measured conditions throughout the build.
This measurement data can support:
- Earlier identification and investigation of build anomalies
- Faster process development and optimization
- Improved process understanding and repeatability
- Machine and process qualification
- Reduced dependence on downstream inspection
- Greater confidence in production-scale additive manufacturing
As manufacturers generate data across more builds, in-situ inspection can also contribute to a richer understanding of process behavior and the conditions associated with successful production.
LRPS Brings Local Additive Manufacturing Expertise in Israel
Founded in 2008, LRPS has developed extensive experience supporting industrial additive manufacturing in Israel. The company works with manufacturers and organizations across aerospace, medical, automotive and industrial applications, providing access to a broad portfolio of additive manufacturing technologies and supporting customers as they adopt and develop advanced manufacturing processes. The addition of Phase3D strengthens that offering by bringing objective in-situ measurement into the metal additive manufacturing workflow.
Together, Phase3D and LRPS will provide Israeli manufacturers and researchers with both the inspection technology and local expertise needed to integrate this capability into existing additive manufacturing environments.
Supporting Quality Assurance for Production Metal AM
As metal additive manufacturing moves into increasingly demanding production applications, understanding the process itself becomes increasingly important. Manufacturers need to know whether a process is stable, how anomalies develop during a build and how those events relate to the quality of the finished component.
Fringe Inspection™ helps build that understanding by generating objective measurement data throughout production. Engineers can use this information alongside existing process and post-build inspection data to create a more complete picture of how a component was manufactured.
Over time, this supports the industry's progression toward "born qualified" manufacturing, where evidence of part quality is generated throughout the build rather than relying exclusively on inspection after it has finished.
Phase3D and LRPS: Looking Ahead
The partnership between Phase3D and LRPS expands access to advanced in-situ inspection technology for Israel's additive manufacturing sector. By combining Phase3D's measurement technology with LRPS's local additive manufacturing expertise, the companies will help manufacturers and researchers gain greater visibility into their processes, strengthen quality assurance and build confidence as metal additive manufacturing moves into increasingly demanding production applications.
For more information about Fringe Inspection™ in Israel, contact LRPS on info@lrps.info or the Phase3D team.
Frequently Asked Questions
Why does layer-by-layer inspection matter in metal additive manufacturing?
A finished part only tells you the outcome. Layer-by-layer inspection helps show what happened during the build. Phase3D's Fringe Inspection™ captures quantitative 3D measurements of the powder bed throughout the LPBF process, giving engineers a record of where anomalies occurred and how the build developed. That additional visibility can make it easier to connect process behavior with final part quality.
What can Phase3D detect during an LPBF build?
Fringe Inspection™ is designed to identify and quantify anomalies in the powder bed that may otherwise be difficult to characterize using conventional monitoring methods. Rather than simply capturing an image, Phase3D generates calibrated 3D measurement data. This allows engineers to investigate the location, size and development of powder-layer anomalies across a build.
Does in-situ inspection replace CT scanning or post-build inspection?
Not necessarily. The more immediate opportunity is to make post-build inspection more informed. Traditional inspection tells manufacturers about the finished component. Phase3D adds evidence from the manufacturing process itself, helping teams understand what happened during the build and where further investigation may be required.
Why does Phase3D measure the powder layer in 3D rather than simply image it?
An image can show that something looks different. A measurement can tell you how different it is. Fringe Inspection™ uses structured light to generate calibrated 3D measurements of the powder bed throughout the LPBF process. This allows engineers to quantify changes in the build surface, identify anomalies and compare results across layers and builds using objective measurement data. For manufacturers, the distinction is important: in-situ monitoring moves from simply observing the process to measuring it.
Why is Phase3D partnering with LRPS in Israel?
Israel has an established advanced manufacturing ecosystem spanning aerospace, medical, research and industrial applications. Working with LRPS gives organizations in the region access to Phase3D technology alongside local additive manufacturing expertise. For Phase3D, the partnership is about making advanced in-situ inspection more accessible to teams looking to move metal AM from process development toward repeatable, qualified production.
Where can I see Phase3D Fringe Inspection™ in Israel?
Manufacturers, researchers and engineering teams interested in Fringe Inspection™ can contact LRPS to discuss the technology, applications and integration with their metal additive manufacturing environment.
Share: