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Common Questions for 3D Scanners

Common Questions for 3D Scanners (10)

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3D scanners are metrology devices that capture XYZ coordinates from an object's surface, generating a 3D model or digital twin representing the part's geometry. There are various types of 3D scanners, but the most common 3D scanners work using laser-based scanning, structured light 3D scanning, or photogrammetry.

3D scanners are non-contact coordinate measuring machines (CMMs) that capture the geometry and appearance of real-world objects and create digital 3D models known as digital twins. Various techniques are used to achieve this, but the most common method employed by modern 3D scanners is structured light 3D scanning.

You know 3D scanning is a type of non-contact optical CMM technology that captures the geometry and appearance of real-world objects or environments to create digital 3D models known as digital twins, but what is 3D scanning used for?

You may know that 3D scanners are a type of non-contact optical CMM used to capture the geometric identity of physical objects or environments and convert them into digital 3D representations known as digital twins, but what are 3D scanners used for?

Are 3D scans worth it? It depends on the application and use case. Using a 3D scanner to capture 3D scan data can be incredibly useful in various industries, such as product design, architecture, manufacturing, and entertainment, among others.

An accurate 3D scanner can be a valuable investment for those who need such robust technology. But what makes a 3D scanner a worthwhile investment? 

3D scanners are incredible metrology tools that unlock many capabilities. That's why there's a lot of hype around 3D scanners - but are 3D scanners worth it?

The type of 3D scanner you should buy depends on your specific application, needs, and goals. Read this to learn about what you need to know when choosing a 3D scanner.

You've heard about 3D scanners, but do you wonder how they work? There are various 3D scanners, but they generally work using one of two methods: structured light scanning or laser scanning.

3D scanning in manufacturing for quality control, design, and additive manufacturing is constantly developing and changing. Understanding how to make the most of your 3D measurement technology will help your business in the future. Read on to learn about 3D scanners in manufacturing in 2023. 

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