AMGLib (Additive Manufacturing Generic Library) is a cross-platform SDK focused on additive manufacturing (3d printing, Additive Manufacturing). The objective of AMGLib is to generalize the geometric operations necessary to support the generation of CAM (Cad-Aided Manufacturing) models. AMGLib includes algorithms for the generation of 2D and 3D CAM trajectories, their modification, their optimization and the ability to export them in neutral formats, so that they can be post-processed for customization to the additive manufacturing machine.
Design for AM and Digital pre-processing
Generation of trajectories for filling 100% of flat regions
Generation of trajectories of different patterns at different fill percentages
Simultaneous different material support including instructions for tool or material change
Support for multi-layer models with OFF movements that avoid going through already printed areas
Support for multi-part models, including different printing strategies and optimized algorithms that reduce the number of OFF moves
https://translate.google.es/?hl=es&sl=es&tl=en&text=Partiendo%20de%20un%20slicing%20dado%20de%20un%20objeto%20CAD%2C%20rellenar%20cada%20uno%20de%20ellos%20con%20diferentes%20estrategias%20de%20relleno%20y%20obtener%20un%20programa%20v%C3%A1lido%20para%20ser%20impreso%20(G-Code)&op=translate#:~:text=Starting%20from%20a%20given%20slicing%20of%20a%20CAD%20object%2C%20fill%20each%20of%20them%20with%20different%20filling%20strategies%20and%20obtain%20a%20valid%20program%20to%20be%20printed%20(G%2DCode)
In combination with the “Geomlib” Asset, generate a slicing of a given CAD and, for each cut made, generate a fill trajectory. The complete program allows printing of the input CAD model
AMGLIB allows to generate fill strategies with multiple options exposed in an easily extensible API or SDK