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
Monday	DED Material	Influence of Heat Treatments on the Mechanical Properties and Microstructure of VDM Alloy 780 Components Manufactured by Laser Metal Deposition	Laser Metal Deposition Vdm Alloy 780 Heat Treatment Mechanical Properties
Monday	DED Material	Interlayer Free Laser Coating of AISI H11 Tool Steel for H11/Cu Composite Material	Laser-Based Directed Energy Deposition Laser Coating Porous Substrate Copper Infiltration H11/Cu Composite Material
Monday	DED Material	Metal Additive Manufacturing Using Innovative Polymer-Metal Composite: process analysis and in-situ polymer ablation	Composite High-Entropy-Alloy Polymer Metal Additive Selective Laser Melting
Monday	DED Material	Investigation and Characterization of a local Remelting Process for the Improvement of Surface Properties resulting from Extreme High-Speed Directed Energy Deposition	Directed Energy Deposition (Ded) Extreme High-Speed Directed Energy Deposition (Ehla) Additive Manufacturing Surface Characterisation Post-Processing
Monday	DED Process Monitoring	Electrophotographic 3D Printing in Pharmacy and Medical Engineering	Laser Powder Bed Fusion Powder Application Electrophotography Pharmacy Medical Engineering
Monday	DED Process Monitoring	Melt Pool Phenomena of Multi Material Direct Energy Deposition	Directed Energy Deposition Multi Material Processing Laser Blown Powder Directed Energy Distribution Melt Pool Phenomena High-Speed Imaging
Monday	DED Process Monitoring	A First Step Towards Designing Effective Real-Time Control Systems in Laser Directed Energy Deposition	In-Process Control In-Situ Monitoring Laser Directed Energy Deposition Process Parameters
Monday	DED Process Monitoring	Validation of Spatial Accuracy with High Speed Imaging to support In-Situ Flaw Detection for Laser Directed Energy Deposition Processes	Directed Energy Deposition In-Situ Monitoring High Speed Imaging Spatial Accuracy Part Quality
Monday	DED Process Monitoring	Real-Time Monitoring and Control of the Layer Height in Laser Metal Deposition With Coaxial Wire Feeding Using Optical Coherence Tomography	Directed Energy Deposition Additive Manufacturing Real-Time Monitoring Closed-Loop Control Optical Coherence Tomography
Monday	Industrial Application and Development of DED	Fundamentals of Simultaneous Machining and Coating (SMaC) through Combination of Extreme High-speed Laser Material Deposition (EHLA) and Turning	Ehla, Lmd, Ded, Powder, Laser, Cladding, High-Speed, Coating, Surface Machining, Turning, Cutting, Finishing, Processing Crack Mitigation, Tool Wear, Productivity, Finish, Quality, Roughness, Waviness Smac, Simultaneous, Hybrid Heat, Laser, Assisted, Quality, Geometry, Dimensional, Accuracy
Monday	Industrial Application and Development of DED	Geometry Strategies for the Repair of Cylindrical Gears Teeth Using Laser-Directed Energy Deposition	Gear Repair Directed Energy Deposition Additive Manufacturing Path Planning
Monday	Industrial Application and Development of DED	An In-depth Comparative Analysis of Wire and Powder Techniques in Laser Cladding and Additive Manufacturing	Laser Cladding With Powder Laser Cladding With Wire Laser Additive Manufacturing With Powder Laser Additive Manufacturing With Wire Direct Energy Deposition
Monday	Industrial Application and Development of DED	Additive Manufacturing of Polyamide 12 Bulk Structures Using Directed Energy Deposition With a Thulium Laser: Effect of Process Conditions on Morphology and Mechanical Performance	Additive Manufacturing Directed Energy Deposition Laser Polymer Deposition Thulium Laser Polyamide 12
Tuesday	Beam Shaping in Laser-based Powder Bed Fusion	Increase of Theoretical Build Rate in Powder Bed Fusion Laser Beam of Metal Through Adapted Laser Intensity Distribution	Beam-Shaping Laser Powder Bed Fusion
Tuesday	Beam Shaping in Laser-based Powder Bed Fusion	Tailored Microstructure in Laser-based Powder Bed Fusion of IN718 Through Novel Beam Shaping Technology and Scanning Strategy	Pbf-Lb/M Beam Shaping In718 Scanning Strategy Tailoring Microstructure, Anisotropy
Tuesday	Beam Shaping in Laser-based Powder Bed Fusion	Laser Powder Bed Fusion of Pure Copper using Ring-shaped Beam Profiles	Beam Shaping Laser Powder Bed Fusion Pure Copper Near-Infrared Laser Radiation Additive Manufacturing
Tuesday	Beam Shaping in Laser-based Powder Bed Fusion	Spatiotemporal Laser Beam Shaping in Laser Powder Bed Fusion	Beam Shaping Wobble Beams Polarization Laser Powder Bed Fusion
Tuesday	DED Process	Precision in Drop Deposition from Metal Wire in Laser Additive Manufacturing	Laser Additive Manufacturing Direct Energy Deposition Drop Deposition Wire Precision
Tuesday	DED Process	Advancing Powder Bed Fusion – Laser Beam Monitoring: Evaluating High-Resolution Optical Tomography Performance with Metallic Benchmark Analysis	Powder Bed Fusion - Laser Beam Optical Monitoring Optical Tomography In-Process Monitoring Laser-Material Interaction
Tuesday	DED Process	Laser Additive Manufacturing of TI-6AL-4V Alloy at a High-Deposition Rate Using a Rectangular Laser Spot	Ti-6Al-4V Ti64 Am Themrmomechnical Treatment