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3D Scanner: Why it Should be in Your Engineering Toolbox?

Posted on July 23, 2018 in Computing

Engineers definitely know a thing or two when it comes to innovation. One of the greatest technological treasure that we have at present came about as a result of the innovative and imaginative minds of engineers. While the results of their work are really impressive, it also takes the right set of tools to turn every vision into a reality. One of them is a 3D scanner.


The Growing Demand for 3D Scanning

Among the best tools that any modern engineer has ever included in their toolbox is a 3D scanner. The engineering industry even makes up a large market for this scanner. Regardless of the role, engineering, manufacturing, development, design, testing or surveying- 3D scanning technology is utilized to save money, time, and materials. Due to the affordability, efficiency, and accuracy of the scanner, it makes it an ideal tool for engineers, especially in prototyping.

There are now so many established companies that are starting to take advantage of the technology and integrates it to the product design and development phase in order to streamline operations and to lessen the costs. This demand has led to close competition among the developers of this technology that are all hoping to create the next 3D device at a cost-friendly price.

These companies are also making continuous improvements in their 3D printer hardware and software to offer people with all the possible advancements and to reduce the high price of this sophisticated equipment. Given the right software and scanner, conversion of point clouds to CAD data can be done quickly, easily, and at a cost-efficient manner.



Usually, reverse engineering data is used during the prototyping phase. The accurate data generated by the scanner, can immensely help in the creation of the product. Engineers can also turn an abstract idea or design into a physical object by means of creating a prototype. This can be made of foam rubber, wood, plaster, clay, or other materials.

Regardless of the material that is being used, it becomes possible to make changes to the prototype in terms of time and materials. By scanning this prototype, even if its hand-modified, engineers can create an exact 3D model and make use of the digital format for further development or design refinement.

With the help of the 3d scanners, an engineer can immediately design and develop a prototype. With the help of a printer, the model can be printed in just a matter of hours in-house. When it is printed, the product be touched physically and seen in all angles. With this, it becomes possible to analyze the strength and weaknesses of the product and evaluate it before performing additional prototyping or bringing it to the market.

It’s undeniable that our world today is greatly influenced by new technologies. But this is something that we should be thankful for as these technologies have made our lives so much easier.