Users could easily import or export a customized Magics profile (.mpf file), ensuring that all personal settings and batch routines were preserved across workstations. Automation with e-Stage Integration
Today, those same principles of "fixing, nesting, and support generation" continue to evolve in Magics 29 and beyond, now featuring advanced AI-driven segmentation and implicit modeling. Materialise's Magics 13 Eases Additive Manufacturing
Magics 13 laid the foundation for the modular, technology-neutral platform we see today. By bridging the gap between raw CAD data and machine-ready instructions, it helped shift 3D printing from a prototyping curiosity into a viable production tool.
By allowing the import of .OBJ files (which include color and texture information from software like Maya or Rhino), service bureaus could better handle diverse customer data.
For the first time, users could automatically generate Excel documents for the entire process—from quotations and order confirmations to final quality control reports.
The issue includes features on synthetic data, open-source AI for modeling, AI-powered… More Resources. By DE Editors. October 31, Digital Engineering 24/7 Materialise's Magics 13 Eases Additive Manufacturing
While the 3D printing world is currently buzzing with Magics 2025 , the release of stands as a pivotal moment in the history of additive manufacturing (AM). Launched on October 31, 2008, Magics 13 was engineered to transform how professionals handle work preparation, efficiency, and customer communication. Enhanced Work Preparation & Quality Control
Magics 13 was a key driver for automation through its synergy with software. This allowed for fully automated support generation, which could even be run on a remote computer to save local processing time. This was revolutionary for stereolithography (SLA) users who previously spent hours manually placing supports. Legacy of Innovation
Users could easily import or export a customized Magics profile (.mpf file), ensuring that all personal settings and batch routines were preserved across workstations. Automation with e-Stage Integration
Today, those same principles of "fixing, nesting, and support generation" continue to evolve in Magics 29 and beyond, now featuring advanced AI-driven segmentation and implicit modeling. Materialise's Magics 13 Eases Additive Manufacturing
Magics 13 laid the foundation for the modular, technology-neutral platform we see today. By bridging the gap between raw CAD data and machine-ready instructions, it helped shift 3D printing from a prototyping curiosity into a viable production tool. Materialise Magics 13
By allowing the import of .OBJ files (which include color and texture information from software like Maya or Rhino), service bureaus could better handle diverse customer data.
For the first time, users could automatically generate Excel documents for the entire process—from quotations and order confirmations to final quality control reports. Users could easily import or export a customized
The issue includes features on synthetic data, open-source AI for modeling, AI-powered… More Resources. By DE Editors. October 31, Digital Engineering 24/7 Materialise's Magics 13 Eases Additive Manufacturing
While the 3D printing world is currently buzzing with Magics 2025 , the release of stands as a pivotal moment in the history of additive manufacturing (AM). Launched on October 31, 2008, Magics 13 was engineered to transform how professionals handle work preparation, efficiency, and customer communication. Enhanced Work Preparation & Quality Control By bridging the gap between raw CAD data
Magics 13 was a key driver for automation through its synergy with software. This allowed for fully automated support generation, which could even be run on a remote computer to save local processing time. This was revolutionary for stereolithography (SLA) users who previously spent hours manually placing supports. Legacy of Innovation