Laser Additive Manufacturing

The Laser Additive Manufacturing (LAM) track is a forum to explore the latest innovations and research in laser-based additive manufacturing (LAM). The Laser Additive Manufacturing track focuses on diverse topics, including laser-based powder bed fusion (PBF-LB), directed energy deposition (DED), and other emerging techniques revolutionizing modern manufacturing processes. From materials science to process optimization, from design innovation to industrial implementation, this track connects researchers, engineers, and industry leaders to exchange insights and share breakthroughs in laser additive manufacturing.

Session Search

Day	Session	Title	Keywords
Tuesday	Powder Bed Fusion I	Additive Manufacturing on a Higher Level - The Final Steps in DED With Powder and Wire Towards Guaranteed Quality and First Time Right	Ded-Lb/P Ded-Lb/W Oct Process Control
Tuesday	Powder Bed Fusion I	Enhancing the Efficiency of Laser-based Powder Bed Fusion of Metals through the Use of Localized and Vertically Directed Shielding Gas Flow	Additive Manufacturing Laser Based Powder Bed Fusion Shielding Gas Flow Process By-Products Process Efficiency
Tuesday	Powder Bed Fusion I	Adaptive Slicing in Powder Bed Fusion of Metals Using a Laser Beam – Investigation on Productivity, Laser Absorption, Geometrical Accuracy and Thermal Conditions	Adaptive Slicing Powder Bed Fusion Of Metals Using A Laser Beam Productivity
Tuesday	Powder Bed Fusion I	Relating Vapor Emissions to Melt Pool Behavior During Laser Processing	Directed Energy Deposition Optical Emission Spectroscopy High-Speed-Imaging Laser-Material Interaction Process Monitoring
Tuesday	Powder Bed Fusion I	Process Development and Heat Flow Analysis for Thin Walls made of Aluminum using Extreme High-Speed Laser Material Deposition (EHLA3D)	Ehla3D Ded-Lb Additive Manufacturing Aerospace Aluminum
Wednesday	DED Material II	Results on Combinatorial Design and Manufacturing by Laser Cladding of Cobalt-free Hardfacing Multi-Principle Element Alloys	Laser Cladding, Lam Thermodynamic Calculation, Calphad Hardfacing Material, Stellte(Tm) Alloys, Multi-Principle Element Alloy Hardfacing Material, Wear Resistancs
Wednesday	DED Material II	Additive Manufacturing Between Cooled Confinements With the LDNA Process	Ldna High Deposition Rate Additive Manufacturing Cooling Jaws Confinements
Wednesday	DED Material II	Combined Wire and Powder DED for Combinatorial Materials Development and High Productivity LAM	Additive Manufacturing
Wednesday	DED Material II	Repair Applications of Industrial Wear-resistant Parts using DED type Laser Additive Manufacturing Process	Laser Additive Manufacturing Directed Energy Deposition Ultra-High Strength Steel Press Mold Repair Process
Wednesday	Powder Bed Fusion II	Ressource-efficient Add-on Structures for the Mechanical Post-processing of Laser Powder Bed Fusion Parts using 5-axis Machining	Laser Additive Manufacturing (Lam) Laser-Based Powder Bed Fusion Of Metals (L-Pbf) Sequential Post-Process Machining Clamping Milling
Wednesday	Powder Bed Fusion II	Insertion of Optical Fiber Sensors in Components Manufactured by Laser Powder Bed Fusion: Study and Applications	Lam, L-Pbf, Optical Fiber Sensor, Control Nuclear Applications
Wednesday	Powder Bed Fusion II	Impact of the Process Parameters and Part Properties from the Laser Powder Bed Fusion (PBF-LB) Process on the Weld Seam Quality of Laser-Welded AlSi10Mg PBF-LB-Parts	Laser Powder Bed Fusion Laser Welding Aluminum Porosity Tensile Strength
Wednesday	Powder Bed Fusion II	High Power Lasers and Light Valve Technology for Rapid, High Resolution Metal 3D Area Printing	Light Valve Spatial Light Modulator Laser Simulation Area Printing