The slicing software transforms the 3D design into layered models which the machine tool can easily trace. Slicing and generation of tool paths: The CAD 3D-generated models must be prepared in a format which can be interpreted by the additive manufacturing machine. The amount of material to be extruded by the 3D printer and the time it will take to build the 3D model is determined and the information is created in a G-code file, which the printer can easily interpret.
![hot door cadtools 11 object properties hot door cadtools 11 object properties](https://www.hotdoor.com/images/cadtools/cadtools_panel_1.png)
Through these CAD tools, and based on the experience of the user, any form of complex 3D models of the products can be generated.
HOT DOOR CADTOOLS 11 OBJECT PROPERTIES HOW TO
The technologist or engineer involved in the field of additive manufacturing should understand how to use a few or many of the software for effective manufacturing through these technologies. Some of these software are available open source or closed source. The use of a computer and computer aided design (CAD) to create visual 3D models: There are several CAD tools that are used to generate 3D models some of which include AutoCAD, Inventor®, Solidworks®, CATIA TM and so many others. For a manufacturing process to qualify to be classified as an AM technique, it must involve the following three significant aspects. The material could be a polymer, concrete, metal or even a composite. Additive Manufacturing (AM) involves classes of manufacturing technologies which build 3D components by adding a material layer upon a layer.