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3D scanning is changing the landscape of a number of modern industries. Manufacturing, construction, aviation, aerospace, oil refineries, and a number of other verticals have leveraged 3D scanning with great success and adoption across other industries continues to grow. In fact, IDC projects that shipments of 3D scanners will experience an 18% CAGR (compound annual growth rate) between 2018-2022.

3D scanners are an incredible way to get the most accurate images when you need precision and detail in whatever it is you may be manufacturing. The modern hardware and software work together to limit the number of flaws in each scan in order to optimize your work. A more streamlined workday means stronger production output and better quality products. GOM digital photogrammetry technology works together with non-contact optical 3D scanning devices to obtain stellar image clarity.

Handheld 3D scanners are portable devices much the same as ATOS blue light non-mobile scanners that conduct scans quickly and use optical non-contact technology to get high-resolution images at incredibly high speeds.

Blue light 3D scanners make 3D printing and prototyping more efficient and help streamline workflows. Using blue light technology, a narrow band of LED blue lights prevents interferences from outside light and refracted light. This allows for a more precise scanning of the object and more detailed models.

Through the use of 3D blue light scanning, reverse engineering and inspection processes have experienced reduced costs and improved outcomes at many manufacturing and engineering focused organizations. However, handheld scanners are still fairly popular in the industry and when selecting a scanner you may be considering using a handheld 3D scanning solution.

Everything to Know About 3D Scanning Reverse Engineering 

3D scanning has allowed developers, manufacturers, and engineers to produce extremely high-quality likenesses, molds, prototypes, and parts for products and research. Because automotive engineers, aerospace technicians, and medical researchers use molds, casts, and printed parts to better analyze and improve their methods, they need the highest quality scans possible. If a 3D scanner misreads data from a curve in an engine part or a valve in a replica of the human heart, the resulting research would be lacking in clarity and precision. Reverse engineering scanners have greatly supplemented the production process because it allows engineers to measure accurate data and reproduce objects almost exactly as they were first manufactured.

3D scanning is an important part of quality assurance, prototyping, manufacturing, and reverse engineering. The precise 3D blueprints and rapid workflows enabled by light-based non-contact metrology solutions make them an important technology that can have measurable benefits on an organization's bottom line.


Computer Aided-Design (CAD) and reverse engineering play a major role in manufacturing, quality, analysis, and research. As industries move towards more advanced, automated, and scalable processes and 3D scanning continues to see a surge in popularity, the importance of CAD and 3D reverse engineering in particular will only increase.

Quality is one of the most important aspects of manufacturing today. Businesses must be able to trust that the systems they use will do what they need in a timely manner. Consumers place high demands on products and expect brands to live up to them. A reputation for poor quality can break a business by jeopardizing a brand image and consumer trust. This means that businesses must have robust, precise, and scalable quality processes and tools in place to remain competitive.

The accuracy of measurements can make or break a business delivering physical goods to market or an organization performing critical research. For this reason, it is important that the right measurement or metrology tools and technologies are used.

One popular technology used within the fields of manufacturing, engineering, research and development, quality assurance, and prototyping is GOM Photogrammetry. However, not everyone in the industry is familiar with this powerful technology, so in this article we will provide an introduction to the concept, the benefits, and some common use cases to help you get started.

With the explosion of 3D printing reaching users ranging from worldwide manufacturing organizations to families looking for an innovative way to encourage creativity, it’s no surprise that more and more of the population are eager to incorporate it into their professional and personal lives.  This technology, that at one time was only available at a high cost thought impractical to leading businesses and manufacturers across many industries, is fast becoming a mainstay in countless applications.  As companies and startups alike shift focus to accelerating product development, 3D printing has provided drastic improvements to prototyping, production, and proof of concept models throughout varied industries.  Before we get into the details of its operation, let’s take a look back to see how long ago this tech became available.

3D scanning is a technology that is changing manufacturing and engineering processes in every industry. The 3D scanning market is projected to reach $5.9 billion by 2013 (Source: MarketsandMarkets). Given this statistic, it’s easy to see that understanding 3D scanning technology and the impact it can have on your business will help you retain a competitive advantage. In this article, we will dive into the topic of 3D scanning software.

Optical metrology, including structured light scanners like ATOS, is quickly revolutionizing the manufacturing industry. Many of the leading companies in the aerospace and automotive industries rely heavily on optical metrology in order to verify parts. Structured light scanners have increasingly become faster, more accurate, and easier to use.

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