3D Scanning: What Are the Applications of 3D Scanning Technology?


Estimates in the 3D scanning industry indicate a total market growth of about $5.7 billion by the year 2021.  This estimation is indicative of the rapid penetration of 3D applications in many sectors of the economy. 3D scanners add significant value to various commercial processes.

Have you been trying to figure out how to use 3D scanning for your business? Then buckle up because this guide has all the answers you need. 3D scanning technology introduces a myriad of advantages for any business owner keen on leveraging on cost-effectiveness and customization freedom.

Read on to find some of the most common applications of 3D scanners.

  1. Medicine and Health

The modern health sector grapples with the complexities of the rising demand for health care. As such, keeping up with the needs within the industry may be overwhelming. Until recently, there were many limitations in the ability to undertake complex procedures such as surgery.

3D scanners are the modern solution to gaps in healthcare delivery. Are you wondering how to maximize the use of 3D scanners in the health care context?


3D scanners offer the perfect solution to the gaps in the application of prosthetics. The use of technology when undertaking prosthetic research has been shrouded in complexity in the past.

But with 3D scanning technology, players in the medical field report greater extents of patient comfort and lasting solutions to their healthcare needs. The growth of 3D prosthetics and orthotics scanners portends new opportunities. These opportunities may be useful in achieving medical ends with zero contact with the patients.

Wearable Devices

Modern healthcare derives significant benefits from the use of wearable devices when undertaking health-related analysis. 3D scanners have the potential to replace the traditional method of MRI scanners. The ongoing research on healthcare wearable scanners will change how medics undertake scans.

The 3D scanners have the possibility of making medical scans efficient and cheap. The traditional MRI and CT scans have been seemingly expensive and time-consuming. But with the modern 3D scanners, there’ll be quick and accurate automated data capture using wearable scanners.


The average American grapples with dental concerns at least once every year. Braces are standard solutions for misaligned teeth and dental abnormalities. Over the years, impression kits were the only solution when dealing with such concerns.

But until recently, this option was overly limiting for most people. This is considering the cost of impression kit.

But 3D scanners are here to offer a more comfortable and convenient alternative. Are you wondering what applications 3D scanning technology can be used for? Then orthodontic treatment is among the rewarding options you can consider.

  1. The Application of 3D Scanning Technology in Science and Education

Research and training are essential components of progressive learning. Have you been wondering how applicable 3D scanners are in the modern context? Then the field of science and technology is among the potential areas of interest you may consider.

Application in Museums

Most of the historical relics in museums are delicate. Handling such artifacts with bare hands when undertaking research presents apparent challenges related to damage. This concern has often been a limiting factor in research and learning.

But with 3D scanners, it is now possible to digitize artifacts and create online galleries with minimal risk of damage.

Universities and Institutions of Higher Learning

In most modern universities and laboratories, there has been an emerging interest in the use of 3D scanners. This is especially in the fields of art and design.

Other emerging applications of 3D scanners in training include the use of ultra-precise models for hybrid astronaut training.  The University of Drexel is among the most recent examples of institutions of higher learning with a keen interest in 3D scanning.

Such institution have been using this progressive tech to scan and print dinosaur fossils. This approach has yielded critical results with a higher level of understanding of the body makeup of dinosaurs.

The other common application of 3D scanning technology is in medical schools. Indeed, 3D scanning seems to be breathing life into modern learning of medicine. This is due to the innovations’ ease of use and precision when undertaking research.

For most medical schools, 3D scanning technology introduces a previously unfathomed aspect of versatility in the course of conducting research.

  1. Virtual Reality and Gaming

The gaming industry is bubbling with new opportunities. This is partly due to the rapid growth in the embracement of virtual reality and gaming. Today, innovators are trying to compete at an entirely new level of innovation. The gaming industry will be the greatest beneficiary of 3D scanning technology in the future.

3D scanning allows for a more realistic scanning of people and the environment. This will ensure that there’s a more realistic simulation in gamification. Such dynamics include the introduction of gaming headsets that have grown in popularity over time.

Major gaming developers currently rely on 3D scanning technology to improve their gaming experience. 3D introduces both ease of use and affordability to virtual games. For most gamers, 3D technology also enhances the overall experience.

As more people embrace technology, gaming will continue to be a critical pastime activity. This presents a significant market opportunity to exploit 3D scanning technology more. If you are looking for more opportunities to exploit the use of 3D scanning, then gaming is a ripe market you can consider.

For most innovators, 3D scanning opens up new opportunities to discover creative ways of designing games. If you’re ambitious and hope to create a fascinating gaming experience for your clientele, then 3D scanning is your solution.

  1. Industrial Designs and Production

The manufacturing industry contributes significantly to the United States’ GDP. But the cost of production, coupled with other industrial dynamics, often limits the profitability of the sector. Until recently, this concern was a major limiting factor.

But today, developing new product designs is fast and highly accurate. More manufacturing companies are relying on 3D scanning to take accurate measures of objects. In the past, such processes would take longer and yield unsatisfactory results.

The delays were responsible for the high costs of production. Further, many companies struggled to design unique products that would enhance product differentiation. Today, 3D applications make manufacturing an easy and rewarding process. It’s possible to use a quality handheld 3D scanner to capture just about anything.

3D scanning operates with astonishing accuracy. This aspect makes more manufacturing companies relish the use of 3D scanning to achieve higher levels of precision in the course product design. The application of 3D scanning technology in the manufacturing sector makes the customization of product design accurate and dependable.

Most CAD & CAM programs currently rely on the accuracy of 3D scanning to develop product designs. Manufacturers now find significant relevance in using 3D technology to achieve quality control in the process of product development.

The industry has also gained handsomely from rapid prototype generation. Handheld scanners have made it possible to improve the manufacturing process by eliminating multistage processes. With such levels of improvements in the production process, companies will cut down production time.

  1. Security

Security has become an integral concern in the wake of rising terrorism. Our airports are no longer safe. This is especially in the aftermath of the renewed war against extremism. But what options do security personnel have?

The application of 3D technology in the security sector will be an essential step towards making airports and other public spaces safer. 3D scanning technology enhances the ability to scrutinize individuals and luggage in a fast and comprehensive process.

In the past, body scanners had specific design-related limitations. But with the changing scope of 3D scanning, it is possible to capture more than just the usual. This makes it possible to detect specific issues related to security beforehand.

The other common security concern in airports relates to the possession of drugs. In the past, there have been concerns on the ability by body scanners to detect ingested drugs. Such dynamics limit the possibility of achieving comprehensive scrutiny of a person entering or living buildings or airports.

Today, 3D scanners remedy this concern with fascinating accuracy. You can easily detect any foreign or contraband products with a single scan. For many government agencies, this will be a timely application for 3D scanners considering the benefits it portends.

With 3D scanners, you can also reduce the use of human labor. You don’t need more security operators to oversee your exit and entry points with this emerging technology. This 3D scanning technology makes it possible to undertake complete searches with incredible speed.

3D Scanning Holds the Key to the Future

Imagine a world where there’s enhanced accuracy, productivity, and efficiency. Well, any business would want to thrive in such an environment.

With 3D scanning technology, the future holds much promise. If you’ve been wondering which areas of 3D scanning technology you can utilize, then you’re spoiled for choice.

Read on for more articles on cutting edge technologies.



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