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Discover how particle analysis enhances AM efficiency and quality! 🎉 Insights from experts on size, shape, and real-world cases, check now!!!

Webinar today! Working in Additive Manufacturing? Then you need to attend this webinar. Webinar-Details Topic: Optimizing Additive Manufacturing with Particle Analysis Date: Wednesday, 13th of November, 2024, 3-4 pm (GMT) Language: English Registration: https://buff.ly/4hAG82t #additivemanufacturing #particlesize #particleshape #particledensity #powderflowability #particlecharacterisation

Webinar - today! Working in Additive Manufacturing? Then you need to attend this webinar. Webinar-Details Topic: Optimizing Additive Manufacturing with Particle Analysis Date: Wednesday, 13th of November, 2024, 3-4 pm (GMT) Language: English Registration: https://buff.ly/4hAG82t #additivemanufacturing #particlesize #particleshape #particledensity #powderflowability #particlecharacterisation

Working in Additive Manufacturing? Then you need to attend this webinar. Webinar-Details Topic: Optimizing Additive Manufacturing with Particle Analysis Date: Wednesday, 13th of November, 2024, 3-4 pm (GMT) Language: English Registration: https://buff.ly/4hAG82t #additivemanufacturing #particlesize #particleshape #particledensity #powderflowability #particlecharacterisation

Are you interested in discovering new ways to enhance your AM processes through particle size characterization? Click ➡️ below to learn more about what to expect at this new Bettersize Instruments webinar - Optimizing Additive Manufacturing with Particle Analysis. #particleanalysis #additivemanufacturing #3dprinting

📢 Modelling Process Monitoring Data in Laser Powder Bed Fusion: A Pragmatic Route to Additive Manufacturing Quality Assurance' Quality assurance in laser powder bed fusion and metal additive manufacturing is a significant challenge due to large and cumbersome datasets. This paper proposes a pragmatic approach to model process monitoring data using a straightforward algorithm. By fitting the algorithm to experimental data, key process parameters are better understood, with predictability improving at higher energy levels, achieving an R² of up to 0.8. Key takeaways: - Two behavioural regimes identified: low sensitivity at energy densities below 0.2 J/mm and more predictable outcomes above this threshold. - The approach lays the groundwork for a generalized predictive tool to address quality assurance challenges. - Future improvements will focus on refining methodologies to handle noise, geometry, and systematic behaviours. This study opens up new pathways for intelligent build planning and individual build validation by pre-emptively assessing challenging features and strategies. It’s an exciting development in the pursuit of enhanced reliability and accuracy in additive manufacturing! #LaserPowderBedFusion #AdditiveManufacturing #QualityAssurance #ProcessMonitoring #ManufacturingInnovation Luke Carter

In our next featured #DigitalDiscovery article, Pitt et al. demonstrate the application of multi-objective Bayesian optimization in additive manufacturing experiments. Read the open access paper here: https://lnkd.in/eGv4aavB

Happy to be able to share our latest research which combines commercial #AdditiveManufacturing process monitoring and a rapid numerical model. One of the strengths of AM is to be able to print bespoke parts and jobs, but without an existing dataset for each specific job, the ability to use process monitoring data for QA purposes is limited. Rapid modelling of this data from input scan path and parameters allows us to spot unexpected deviations during processing and build confidence in the quality of the part.... ... and in the future aim to use this as the foundation for further benefits such as advanced build preparation for challenging geometries and even local customisation of material properties

Working in Additive Manufacturing? Then you need to attend this webinar. Webinar-Details Topic: Optimizing Additive Manufacturing with Particle Analysis Date: Wednesday, 13th of November, 2024, 3-4 pm (GMT) Language: English Registration: https://buff.ly/4hAG82t #additivemanufacturing #particlesize #particleshape #particledensity #powderflowability #particlecharacterisation

Check out how to print 8x fast with good surface finish.