Features Of The Industrial 3D Scanner You Should Know About

The technology of 3D scanning is bringing a revolution in the manufacturing and engineering processes in various different industries. In present days, 3D scanning is gaining more popularity than ever, and businesses all over the world are depending more on these industrial 3D scanners than ever as they are capable of increasing productivity, reduce unwanted expenses as well as produce new and innovative products and services.
Whether you are an industrial engineer looking for a powerful reverse engineering solution or a doctor looking for a more appropriate way to create prosthetics, the 3D scanners can help in gaining required success.
What is a 3D scan?
A three-dimensional image of a specific part of an object’s surface is known as a 3D scan. A 3D model is being formed with a set of 3D scans. The 2D photos are made of pixels whereas the 3D scans are made of tiny polygons and sometimes triangles. The geometry of different objects can be replicated by these 3D scanners by forming a polygonal mesh.
What is the function of a 3D scanner?
The main function of a 3D scanner is to generate 3D scans. The 3D scanner performs like a video camera, as it takes shots in order to form the 3D scan or model. The normal cameras can only capture two dimensional photos whereas the 3d scanners are used for capturing geometry of a specific object. The shots of a 3D scanner are worked into a 3D model rather than a video.
What are the uses of 3D scanners?
The 3D scanner companies provide 3D scan solutions for different industries as 3D scanning is a technology that provides cutting edge workflows. For instance, if you see an automotive industry, in order to check whether or not a new valve will improve an engine’s performance a 3d scan of the valve is required. The 3d scan of the valve can make a 3D model and the valve can be modified via reverse engineering and placed into CAD software to determine how the valve will perform inside the engine.
How are 3d scanners used?
These days, 3D scanners are one of the basic technologies used in most of the engineering industries and even in healthcare industries. From Retrofitting heavy machinery to performing quality control of mechanical parts, designing customized prosthetic devices, creating visual effects for movies as well as videos, developing characters for animated videos as well as video games, all these things can be done using a 3D machine.
Some common features of an industrial 3D scanner
The innovative 3D scanners are widely used in industrial design, engineering and manufacturing as they are capable of capturing the required data quickly as well as precisely. Some other features include:
Easy and fast to get the required data: Most of the 3d scanners these days are light weighted, handheld and portable. Hence, they are capable of delivering high quality 3D models of even the hard to reach parts of an object and under difficult lighting conditions with an unprecedented working range of 0.2mm to 4mm.
Powerful projection of images: The modern 3D scanners are equipped in a built in color camera with all-point cloud models. So the 3D scanners can make 3D models with full color and mesh models and also provide a photorealistic texture.
High Accuracy: The best 3D scanners provide professional grade measurements, the line of products of the scanners features accuracy of up to 0.1 mm and depth resolution of up to 0.4 mm.
Scan to CAD, Scan to Solidworks: The modern handheld 3D scanners provide the workers of an industry to use workflow that can convert a 3D industrial scan into editable as well as accurate and professional standard CAD files for use in Solidworks and also in other CAD software programs.
With these advanced features provided by the modern 3D devices, the measurements would have to be collected by outdated manual methods and that could have been expensive as well as time-consuming. Useful during every stage of product design, testing, development, launch and aftercare, the modern 3D scanning solutions can accelerate the workflows of an industry to a certain extent, help to avoid committing mistakes and increase productivity.