3D scanning has proved to be quite beneficial in many fields. This is mainly because it captures exact shape and measurement of any particular object. This amazing technology has made production processes in various fields quite easy. A lot of people and industries are embracing the benefits of scanning where accuracy on objects is needed. The good thing about this technology is that it has reduced manufacturing time and costs and provides quality results at the end. The following are areas that benefit from 3D scanning.
Areas of 3D scanning applications
It is possible to apply the process to a prototype in various ways. However, the major application is to minimize design cycles that are required in prototyping. When you use 3D scans in designing the part, accurate data makes it quite possible to make use of precise measurements of physical products. This reduces the process by a huge percentage. Moreover, scanning can be combined with prototyping to scale physical objects accurately.
This is one of the areas that have benefited a lot from 3D scanning. The scans are applied by starting with the physical object and then using it to create CAD models. The mating parts are scanned and incorporated into a particular design. The result is fitting parts that are consistent. This process is good for modeling and reverses engineering. When it is utilized, new designs can be incorporated and improved for engineering optimization.
In production processes, scanning is used to capture parts changes and tooling that occur during the production phase. Hand tuning is required in tooling to get the desired finish and for the given parts. Thus, when 3D is used, hand modifications and optimizations are easy to transfer from the tool. The scans also assist in characterizing and analyzing tool wear during production. This is quite helpful in correcting tool failure or eliminating the same before it is late. It is possible to recreate optimized parts using 3D scans.
3D scanning data can be used in translating physical objects into engineering phase. The data provides flexibility in carrying out CFD, CAE, FEA and other analysis, which are necessary for engineering application. Such process provides a simple method of achieving accuracy.
It can be quite unrealistic, but 3D scanning is quite important in vision systems that are used in shipping and distribution centers to track and sort packages. The process certifies integrity of goods during the shipping process.