3D Scanner: Top Areas that Benefit from It

A 3D scanner has proven to be a beneficial tool in capturing the exact shape and measurement of any object. The technology has greatly eased the production processes in different fields and many people are now starting to embrace the benefits of this technology. The process has reduced the cost of manufacturing while offering high-quality parts. Here are some more benefits that the technology has to offer.

 

Prototype

3D scanning can be applied in the prototype phase in various ways. But one of its major uses is to reduce the design cycle that is needed in prototyping. When a 3D scanner is used in designing, the correct data will make it possible to use exact the measurements of the product to reduce the process. Scanning is combined with prototyping so the physical object is accurately scaled.

Design

This is one of the areas where 3D scanning has greatly benefited from. The scans are being applied to the physical object and this is used to create a CAD model. The mating parts are also scanned and incorporated to the given design so it will result in better-fitting parts. This is known as reverse engineering and when used, new designs can be improved, then incorporated for engineering optimization.

 

Production

In the field of production, scanning is utilized to capture tooling or do part changes that can occur during the production phase. In most cases, hand-tuning is necessary in tolling just to achieve the desired look and finish of a product. With 3D technology, hand modifications and optimizations are possible. Additionally, the scans even help in characterizing and analyzing tool wear in the production process and helps correct tool failures or to eliminate mistakes before everything becomes too late. This makes it possible to recreate optimized parts.

 

Engineering

All data that has been 3D scanner makes it possible for the objects to be translated to the engineering phase. This data provides flexibility and other analysis that are needed in the engineering area of objects that have been manufactured and modified. The process is a simple and easy way to achieve accuracy.

 

Quality Control

The use of 3D scanning helps manufacturers to analyze the built condition of different parts after they have been manufactured. This also offers a fast way of inspecting the shapes and sizes of the parts, thus detecting issues that can affect their performance. When it gets combined with software for statistical analysis, can help predict and maintain the quality of the parts during the manufacturing phase.

 

Distribution

Although this may sound unrealistic, but this technology can be very handy in vision systems that are utilized in shipping and distribution centers as they sort and track their packages. It certifies the integrity of a product before and after shipping. Moreover, it is used to increase their packing density, as well as to create cases and support structure.

With the advancements brought about by this technology, we can only expect that the use of it will be more popular in more industries.