3D scanning is a modern new technology that’s sweeping the market. It gives innovative ways to interact, move forward with scientific research, and solve new problems. There are tons of applications for this technology, and it could be the next big thing for humans.
Twenty-five years ago, there were fewer than two dozen 3D scanners in the world. Now, industrial 3d scanners are used every day.
Have you always wondered how 3d scanning works? Let’s explore it together.
The Basics of 3D Scanning Technology
With 3D Scanning, you can capture the physical characteristics of real-world objects and surfaces. This is done to produce a precise digital 3D model.
Using a laser or other imaging device, an area is scanned for measurements that produce a 3D mesh or map of the object or surface. After processing and rendering, you can use the data to create a 3D engineering model. You can also use it for diagnostic or viewing applications.
It is a well-developed method with countless potential applications in many sectors. This enables professionals to make decisions with greater precision.
If you’re looking for the latest and greatest scanning technology, consider using the best portable 3D Scanner on the market. By investing in it, you can ensure the accuracy and quality of your scanned images.
The Different Components of 3D Scanning Equipment
The basic components of 3D scanning equipment can be broken into three parts. This includes the following:
The structured light is created by projecting a series of lines, circles, or grids onto the object to be scanned. Each line is composed of millions of points of light, and the pattern projects from multiple angles to create a complete 3D image.
The 3D Scanner utilizes cameras and projectors to capture these projected light patterns from different angles and measure the distance from the Scanner to the subject. The data is then used to create a 3D map which is how the 3D scan is completed.
Programmable Logic Controller
3D Scanning is a process that uses a Programmable Logic Controller (PLC) to convert physical objects into digital data. A PLC is a specialized computer that controls industrial machinery and automates processes that would otherwise require manual labor.
With a PLC, the 3D scanning process begins by placing the object to be scanned inside a scanning chamber. The PLC will then read the 3D points and record the data into a computer.
Once the scan is complete, the PLC creates a high-resolution 3D object model.
Computer-Aided Design (CAD) is the process of creating digital models and designs within a computer.
The scanner uses a laser beam or other equivalent light source to detect and measure the shape of an object, often by capturing geometry information such as coordinates, points, and curves. It maps millions of points on the object and transfers them to the CAD software. With the 3D scanning data points, the model is then assembled to complete the design.
Ultimately, this allows CAD to produce an accurate and detailed model of an object. It is increasingly used to create prototypes or parts for further design.
Start 3D Scanning Today
3D Scanning can quickly capture the information of a real-world object in stunning 3D models. This drastically reduces the time required to create complex models in other ways.
This technology can quickly, accurately, and non-invasively capture data. So what are you waiting for? Try it out yourself!