Laser Additive Manufacturing

With new suppliers and devices entering the market, and a greater range of materials and material suppliers, Laser Additive Manufacturing is one of the highest growth areas within manufacturing globally. The Laser Additive Manufacturing track shines a spotlight on the latest techniques in additive manufacturing—covering technology, digital twins, materials, processes and applications. Don’t miss out!

Session Search

Day	Session	Title	Keywords
Monday	DEDAM Process and Materials I	The Melt Pool Dynamics on Different Substrate Materials in High-speed Laser Directed Energy Deposition Process	High-Speed Laser Directed Energy Deposition Melt Pool Dynamics In-Situ Process Observation
Monday	DEDAM Process and Materials I	Light Valve Technology for Rapid, High Resolution 3D Area Printing	Additive Manufacturing Laser Beam Shaping Area Printing Spatial Light Modulator
Monday	DEDAM Process and Materials I	Adaptive Powder Nozzle Setting for Enhanced Efficiency in Laser Metal Deposition	Laser Metal Deposition Adaptive Powder Nozzle Powder Stream Characterization Process Efficiency
Monday	DEDAM Process and Materials I	Process Development and Process Parameter Guidelines for Thin Wall Deposition with IN718 Using Extreme High Speed Laser Material Deposition (EHLA 3D)	Directed Energy Deposition Laser Metal Deposition Additive Manufacturing Ehla Ehla 3D
Monday	DEDAM Process and Materials II	Grain Size Manipulation by Wire Laser Direct Energy Deposition of 316L with Ultrasonic Assistance	Laser Wire Direct Energy Deposition Ultrasonic Engineering Grain Refinement Microstructure Tailoring
Monday	DEDAM Process and Materials II	Influence of Post-processing Heat-Treatment on the Mechanical Performance of Aisi 410L Stainless Steel Manufactured by L-Ded Process	Additive Manufacturing L-Ded Martensitic Stainless Steel Aisi 410L Mss
Monday	DEDAM Process and Materials II	Tailoring Material Properties of Duplex Stainless Steel by Ded-Lb/M and In-Situ Alloying With Elemental Powders	Directed Energy Deposition Duplex Stainless Steel In-Situ Alloying Microstructure Material Properties
Monday	DEDAM Process and Materials II	In-Situ Process Monitoring of Directed Energy Deposition Powder Flow to Detect Anomalies	Directed Energy Deposition In-Process Monitoring Powder Flow Rate Anomaly Detection
Monday	DEDAM Process and Materials III	Monitoring the Degree of Dilution During Directed Energy Deposition of Aluminium Bronze and H13 Tool Steel Using Optical Emission Spectroscopy	Directed Energy Deposition Optical Emission Spectroscopy Dilution Aluminium Bronze
Monday	DEDAM Process and Materials III	Comparison and Analysis of Hyperspectral Temperature Data in Directed Energy Deposition	Additive Manufacturing Directed Energy Deposition Temperature Monitoring Pyrometry
Monday	DEDAM Process and Materials III	Characterization of Optical Emissions During Laser Metal Deposition for the Implementation of an In-Process Powder Stream Monitoring	Laser Metal Deposition Online Monitoring Optical Emission Spectroscopy Powder Stream
Monday	DEDAM Process and Materials III	In-Situ Monitoring and Intermittent Controller for Adaptive Trajectory Generation During Laser-Directed Energy Deposition via Powder Feeding	Additive Manufacturing Deep Learning Surface Defect Detection Computational Geometry Laser Material Processing
Tuesday	DEDAM Process and Materials IV	Welding Between Confinements as a New Approach for High Deposition Rate Additive Manufacturing With Laser-Assisted Double Wire Welding With Non-transferred Arc	Ldna High Deposition Rate Additive Manufacturing Deposition Welding Electrical Arc
Tuesday	DEDAM Process and Materials IV	Latest Developments in Coaxial Multi-Wire High-Power Laser Cladding	Laser Cladding High-Power Laser Multi-Wire Wire Laser Cladding Productivity
Tuesday	DEDAM Process and Materials IV	A Comparison of Wire-Laser and Wire-Arc Directed Energy Deposition Processes	Wire-Laser Am Wire-Ded Additive Manufacturing Aluminum Alloy Wire-Arc Am
Tuesday	DEDAM Process and Materials IV	Manufacturing of Large-Scaled Components by Digital-Assisted Directed Energy Deposition	Additive Manufacturing Directed Energy Deposition Large-Scale Components Digitalization Simulation
Tuesday	DEDAM Process and Materials V	Laser Cladding (DED); A High-Speed-Imaging Examination of Powder Catchment Efficiency as a Function of Melt Pool Geometry	High Speed Imaging Laser Direct Energy Deposition Powder Catchment Efficiency Productivity Aba Laser Cladding
Tuesday	DEDAM Process and Materials V	Development of a Laser Preheating Concept for Directed Energy Deposition	Additive Manufacturing Directed Energy Deposition Substrate Preheating
Tuesday	DEDAM Process and Materials V	Effects of Holding Temperature during Induction Heating-Assisted Laser-Directed Energy Deposition of Inconel 718	Laser-Directed Energy Deposition Induction Heating Nickel-Based Superalloy
Tuesday	PBFAM Process and Materials I	Development and Assessment of a Methdology for Abstraction of Topology Optimization Results to Enable the Substitution of Optimized Beams	Design For Additive Manufacturing Generative Design Design Optimization Biomimetics Finite Element Analysis