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  3D printing The rise of 3D printing technology can be traced back to the 1980s, but it has only gained widespread application and attention in recent years. Currently, it is widely used in the following industries: Manufacturing: Manufacturers can simplify production processes, reduce material waste, and accelerate product development cycles through 3D printing technology. Healthcare: It can be used to print simulated organs and tissue models for surgical simulation and practice by doctors. Additionally, 3D printing technology can be utilized for personalized manufacturing of medical devices, prosthetics, and orthopedic equipment. Construction: By using 3D printing technology, construction models, components, and structural elements can be printed, resulting in improved construction efficiency, reduced material waste, and the realization of more complex designs. Aerospace: The aerospace industry requires highly complex and precise components, and 3D printing technology offers the...

  What is G-Code? One essential step in 3D printing is converting 3D files into  G-code , which is the machine-readable format that 3D printers can understand and execute. Without this crucial step, it's impossible to translate a 3D model into a physical object. The process of converting 3D files into G-code known as slicing , typically requires a slicer , which is an essential component of the 3D printing workflow. Some popular slicers and their supported formats include: - Cura: a free and open-source slicer developed by Ultimaker that supports STL, OBJ, DAE, and AMF file formats, and runs on Mac, Windows, and Linux. - Simplify3D: a commercial software that supports STL, OBJ,  AMF , and 3DS file formats and is compatible with most 3D printers. - PrusaSlicer: a free and open-source 3D printing slicer developed by Prusa Research in the Czech Republic, supporting STL, OBJ, FBX, 3DS, AMF, and other file formats. - IdeaMaker： 3MF 、STL、OBJ、OLTP The process of converting flies...