on the software, in order to gives complete scanned product and could be able to produce it exactly the same as the actual product. 7.0 CONCLUSION At the end of this project, we get many information of 3D scanning. Simply put, 3D scanning is a fast and accurate method of putting physical measurements of an object onto the computer in an organized manner, resulting in what is commonly called 3D scan data. Typically, the 3D scan data is represented with a scale digital model or a 3D graphical rendering. Once the scan data is on the computer, all of the dimensions of the physical object can be taken, such as length, width, height, volume, feature size, feature location, surface area, etc. 3D scan data is often used as a bridge between physical objects and modern manufacturing. This is achieved by converting the data into computer-aided design (CAD) models, using it to compare against the "as-designed" ideal of the part, or using it in the seemingly infinite number of computer-aided engineering (CAE) tools available. By using 3D scan data, a physical object can be translated directly to the engineering phase of a project and moved on from there. 3D scan data is often used to perform CFD, CAE, FEA and other engineering analysis on objects that have been manufactured and then physically modified. 3D Scanning Advantages: Quickly capture all of the physical measurements of any physical object Save time in design work Ensure parts will fit together on the first try Capture engineering optimizations inherent in manufactured parts Utilize modern manufacturing on parts that were originally manufactured before CAD Compare "as-designed" model to "as-built" condition of manufactured part Increase effectiveness working with complex parts and shapes. Help with design of products to accommodate part. someone else’s If CAD models are outdated, a 3D scan will provide an updated version
on the software, in order to gives complete scanned product and could be able to produce it exactly the same as the actual product. 7.0 CONCLUSION At the end of this project, we get many information of 3D scanning. Simply put, 3D scanning is a fast and accurate method of putting physical measurements of an object onto the computer in an organized manner, resulting in what is commonly called 3D scan data. Typically, the 3D scan data is represented with a scale digital model or a 3D graphical rendering. Once the scan data is on the computer, all of the dimensions of the physical object can be taken, such as length, width, height, volume, feature size, feature location, surface area, etc. 3D scan data is often used as a bridge between physical objects and modern manufacturing. This is achieved by converting the data into computer-aided design (CAD) models, using it to compare against the "as-designed" ideal of the part, or using it in the seemingly infinite number of computer-aided engineering (CAE) tools available. By using 3D scan data, a physical object can be translated directly to the engineering phase of a project and moved on from there. 3D scan data is often used to perform CFD, CAE, FEA and other engineering analysis on objects that have been manufactured and then physically modified. 3D Scanning Advantages: Quickly capture all of the physical measurements of any physical object Save time in design work Ensure parts will fit together on the first try Capture engineering optimizations inherent in manufactured parts Utilize modern manufacturing on parts that were originally manufactured before CAD Compare "as-designed" model to "as-built" condition of manufactured part Increase effectiveness working with complex parts and shapes. Help with design of products to accommodate someone else’s part. If CAD models are outdated, a 3D scan will provide an updated version
66271426-Reverse-Engineering-in-General.docx