What can 3D scanners be employed for?


3D scanning has become more well-known than ever and businesses across the world are adopting this powerful technology to boost productivity, reduce unnecessary costs and develop new and innovative items and products.


If you’re an industrial engineer in search of an efficient reverse-engineering tool, or a medical professional looking for an effective method of creating prosthetics 3D scanning is the solution to success.

The article we’ll examine some sectors that have incorporated 3D scanning technology in their workflows. We’ll also look at how this has allowed them to get amazing results to help you discover the 3D scanning solution that suits your needs best.

Let’s first go over some of the fundamental concepts and terms used within the 3D industry to ensure we’re all on the same page.

What is 3D scanning?

3D scans are a method that allows the creation of precise 3D realistic models of everyday objects. It operates as follows the 3D scanner can take several photographs of an object. The images are then merged into 3D models, which is a exact 3D representation of the object. is viewable from various angles using your computer.

What is 3D scans?

The term “3D scanner” refers to a 3D image of a portion of the surface of an object. The sets of 3D scans make up the 3D model. Similar to how 2D photographs are composed of pixels 3D scans are made of tiny triangles or polygons. Polygons create a polygonal grid that reproduces the shape of the object in the smallest resolution.

What can the 3D scanner perform?

A 3D scanner generates 3D scans. The scanner is similar to an video camera, which means it can take pictures of objects. The camera creates two-dimensional images, whereas the scanner records the geometrical features on the objects’ surface and the photos they have taken are transformed into 3D models than the video.

What exactly is 3D scanning employed to do?

3D scanning is an advanced technology utilized in the most cutting-edge workflows. Consider the automotive sector for example. Are you interested in determining whether a valve upgrade will enhance the performance of your engine? 3D examine the valve to create an 3D model, alter it through reverse engineering and then insert it in CAD software to determine how the valve will perform in the engine.

What is 3D scanners?

3D scanners are utilized in a variety of industries that range from manufacturing to health and virtual reality. Retrofitting heavy equipment, performing quality control on mechanical components and designing custom prosthetic devices and visual effects for films or character models to play video games – all these projects are based on high-quality 3-D representations of real objects as their primary.

Industrial design & engineering

The most advanced 3D scanners are utilized in the field of industries like engineering, design manufacturing and design, because they can quickly and accurately capture the data required. Without these modern 3D equipment measurements would have to be taken using outdated manual methods that can cost too much and take a long time to complete. They are useful at every stage of the product’s design, testing and development, launch and even aftercare, these powerful 3D scanning tools significantly speed up the workflow, reduce costly mistakesand increase efficiency.

To determine what 3D tool is the best one for different applications in this area it is essential to think about the size and the features of the object that will be recorded.

For instance, industrial items like trains, trucks and even planes can be captured using a flexible 3D scanner that is stationary. They require only minimal supervision and interactions with the operator but they can produce accurate results within very short time.


Record large-sized objects in great detail using a 3D scanner for long distances


If you’re intending for scanning items that’re not as big as the ones listed above, but with a lot of intricate details that must be captured with high-resolution it’s best to use an portable 3D camera. These tools are adaptable and easy to use and can capture small objects as well as intricate geometries at the highest quality.


Make highly accurate scans using the hand-held 3D scanner


In addition, you should ask yourself what you want to do using the newly acquired 3D data. Can it be used for analysis, reverse-engineering or 3D printing, or another? Whatever option you decide on choosing, it’s essential to use it in conjunction with a powerful 3D scanning software that can be used to be used for multiple purposes like quick prototyping, quality control and many more. Certain top 3D scanners have been specifically made to integrate with a variety of widely-used CAD/CAM and 3D modeling softwares, providing an even greater range of options for users.

Medical industry

The medical industry has significantly benefitted from the integration of 3D scanning into their many methods. Utilized to study, provide treatment of patients, and for the development of custom medical solutions the technology has brought significant improvements to the medical field. The speed, accuracy and, more importantly, the security of different portable and stationary 3D scanners has allowed medical professionals across the world to use and benefit from these cutting-edge technologies, dramatically improving the existing processes and developing new ones.


3D scanning portable, which can improve health care for patients around the globe


In this case, for example using 3D scanning, medical professionals can now easily and swiftly do a full body scan. It can be performed using either a handheld or stationary 3D system. Doctors are able to use scan results to conduct research and observe the changes in body measurements that take place over the course of. 3D scanning also makes getting and comparing exact pre-op and post-op measurements from patients much easier.

Making custom solutions for healthcare, like back braces prostheses, implants, and even personalized wheelchairs is now faster and simpler. The necessary information can be captured with the use of a 3D scanner, processed using specific 3D software and later made into milling machine or 3D printer.


Advanced 3D scanning technology is growing in popularity in the field of forensics too due to the portability and flexibility and precision. Professional 3D scanning systems are currently being utilized around the globe by police forces as well as insurance companies and even in court hearings to present evidence!

Forensics 3D scanning revolves around versatility, portability and accuracy. For instance, a portable 3D scanner with high-quality accuracy and the capability of scanning outdoors and indoors including in bright sunlight can make the task of collecting information for forensics easier than ever before.

As compared to traditional methods used to capture data for forensics, such as tape measures, photography and tape measures. 3D scanning has proved itself as a powerful technology that can collect highly accurate data in just minutes. These cutting-edge technologies are employed in a range of forensic tools such as taking a complete picture of the crime, or its individual parts prior to when the evidence is taken. 3D scanning is also effective at digitizing evidence, allowing for models where various scenarios for crime can be simulated, analysed and discussed.

Conclusions and findings based on the gathered 3D scans are so precise and reliable that they are commonly used as evidence in court , not only by the police however, also insurance firms.

Numerous companies offer a range of high-quality 3D scanning tools but only a few of them truly innovative. For instance the connected 3D scanner that has built-in 3D processing of data, as well as an integrated touchscreen and batterythat can capture data equally outdoors and indoors, even when it is in bright sunlight.


3D scanners are utilized in forensics to reconstruct crime scenes gathering evidence, and more.

Archeology and Heritage Preservation

Others fields have incorporated 3D scanning technology in their various workflows are archeology , heritage preservation and archeological research.


Creates a digital representation from an old artifact using an 3D scanner with white light


The applications of 3D scanning for archaeological research and preservation of historic sites are a myriad of. The most recent 3D technologies are better than before, bringing the past back to life and making it accessible to everyone around the globe through the creation of highly precise digital replicas of a variety of artifacts. From re-creating objects that were found in a tiny shard in an excavation, or creating museums online with thousands of displays, the 3D scanner technology change the way we protect exhibit, display, and discover about archaeology and heritage preservation.

When it comes to selecting the most effective 3D solutions for these areas It is essential to keep the environment you are scanning in your mind. It is very likely that you’ll have to examine an artifact on site, no matter where it may be. Opt on 3D scanners that are able to be used in outdoor conditions even in direct sunlight. Make sure to pick a scanner that is coupled with an external power source , such as a battery pack that can be carried around to be in a position to scan for hours and hours, wherever your program leads you. Since precise capture is vital for the exact reconstruction and representation of the object being imaged It is recommended to choose the most accurate handheld scanner.

Although handheld 3D scanners are best suitable for small- or medium-sized items, when your plan involves capturing large objects, like buildings or tall structures it is possible to make use of a stationary LIDAR solution that can capture large quantities of data over short time. Combining mobile and stationary scanners is best when you’re trying to capture various sizes of artifacts , or a huge object that has intricate sections.

Art & Design

VR developers of games, Hollywood SFX artists and skilled art designers are only few of the artists and professionals who are incorporating flexible 3D scanning technology into their workflows to bring something magical into the realm of design and art.



It is used to create stunning visual effects in films, creating real-time, immersive VR apps, and creating a stunning evening dress 3D scanning can transform your dreams into reality in a totally innovative method.

The best scanners to create art and design is contingent on the type of work or person that is being captured and for what reasons. For instance, if you’re thinking of creating an avatar that is life-like for VR or games It is best to concentrate on 3D options that are safe user-friendly, simple to use and can capture data quickly. An app that is portable and gives you an accurate , full-body scan is the best option.

For smaller items or objects that have complex details, like jewelry, interior decor pieces, or other items pick a high-quality 3D scanner that creates 3D models that are vibrant in color and unbeatable precision, and doesn’t have any fear of scanning hard-to-scan areas!

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