Analysis of the Basic Characteristics of the Working Accuracy of the Atomic Diffusion Additive Manufacturing ADAM Process by Comparison with the Selective Laser Melting SLM Process

• DOI: 10.21062/mft.2024.015
• Publication Date: 2024-01-25T14:57:40Z
• Authors: Andrej Czan; Tatiana Czanova; Jozef Holubjak; Martin Novak; Natalia Czanova; Andrej Czan; Dominik Krisak
• Keywords: Selective Laser Melting

Atomic Diffusion Additive Manufacturing (ADAM) is a progressive layering process based on metallic materials with plastic binder designed to extruse the material. The ADAM can be classified as an indirect additive manufacturing in which solid fiber of metal powder enclosed applied. After creating 3D object by process, excess removed cleaning chamber and vacuum sintering performed. This work aims provide preliminary characterization compare achieved results application most implemented so far for objects using Selec-tive Laser Melting SLM. In particular, density microstructure applied mate-rial 17-4PH are studied, while optimal or recommended technological parameters production facili-ties Furthermore, dimensional accuracy observed, evaluated means IT levels according ISO reference artifact. Due AM final character depends parameters. weight low compared material processed processes bed. roughness surface geometry, orientation, position individual shape specifications object. technologies generally achieve degree approximately IT12 IT13, comparable traditional semi-finished processes.