Researchers at Oak Ridge Nationwide Laboratory (ORNL) have launched Slicer 2, a complicated slicing utility designed for large-format 3D printing. Slicer 2 accelerates and simplifies the digital conversion course of for big, exact 3D elements, facilitating the manufacturing of sizable objects like aerospace elements and autos from metallic and composite supplies.
Slicing software program converts CAD fashions into two-dimensional layers, calculating print parameters for every slice. This data guides the 3D printer’s actions to create correct 3D objects. Slicer 2 enhances this course of by integrating instantly with varied 3D printers and sensors, bettering print accuracy via real-time suggestions.
Slicer 2 gives over 500 settings to manage inner construction, form, temperature, and extra. It interfaces with simulation software program to handle complicated warmth and stress relationships throughout printing. The software program helps a wide range of additive manufacturing methods, together with thermoplastics, concrete, and directed-energy deposition.
“This connectivity interprets into improved machine instructions that enhance reliability and repeatability of the additive manufacturing course of,” mentioned Alex Roschli, an ORNL researcher.
“The results of this software program is that additive producers can produce massive manufacturing unit elements with fewer machines and fewer value than conventional machining strategies.”
This software program integration ends in improved machine instructions, enhancing the reliability and repeatability of the additive manufacturing course of. Consequently, producers can produce massive elements extra effectively and cost-effectively than conventional strategies.
Obtainable on GitHub, Slicer 2 is utilized by over 50 producers, industrial customers, and universities, supporting the transformation of U.S. manufacturing via ORNL’s Manufacturing Demonstration Facility.
Supply: ornl.gov
