3D Scanning — Hard Work That Looks Like “Magic” Have additional questions? Check out our Glossary, sign-up for our eNewsletter, read about 3D Laser Scanning or ask a question of your own!

In this video/webinar, our Laser Design Engineer for Artec scanning systems will present an overview of the Artec Eva, Artec Spider, and Artec Studio software. You’ll learn specifications of each system, best practices, scanning examples in Artec Studio, and common applications for the systems. Have additional questions? Check out our Glossary, sign-up for our eNewsletter, read about 3D Laser Scanning or ask a question of your own!

The RX-Solutions DeskTom CT Scanner is an x-ray inspection machine with computed tomography (CT) allowing collection of complex internal and external geometry. See it in Action!

A tutorial on body scanning with Artec Eva handheld 3D scanner, covering the basics and advanced features.

Long range/ Terrestrial 3D scanning is a ground-based technique for collecting high-density spatial imaging with millions of coordinates quickly and accurately. Using highly accurate, photo realistic 3D scan data generated with Longe range/ Terrestrial scanning you are able to view as-built documentation in a virtual world. The point cloud data can also be surfaced to generate a CAD model which can be used for comparison or reconstruction.

Artec Spider is a new 3D scanner designed specifically for CAD users and perfect for reverse engineering, product design, quality control and mass production. Together with Artec Studio software, it is a powerful, desktop tool for designers, engineers and inventors of every kind.

CT scanning helps you capture all surfaces, both external and internal, of complex and free-form parts without damage to the object.

This video will briefly explain what a 3D Computed Tomography (CT) system is, why it can be used for 3D scanning, and what you can use it for.

The easy-to-use Artec™ 3D scanner gives our customers great low-cost systems with excellent scanning capabilities. High-speed video technology captures three-dimensional full-color textured images and can be used for both motion and still measurements.

3D laser scanning is not magical. True, the technologies that make it possible are very advanced and quite amazing. But behind the mirrors – found in the laser probe (without any smoke) – there is a lot of know-how and experience that makes the laser scanning experience seem so easy.

Traditional Metrology can be slow, expensive, labor intensive and imperfect. This video shows the process developed by Laser Design to collect data in 3D with 3D laser scanning.

A leading manufacturer of high quality ATV, snowmobile and motorcycle parts and accessories needed a faster and more accurate way to capture the ATV’s geometry for their part design and development process. Watch as GKS 3D scans an ATV!

Check out this video giving you a first hand look at the process of 3D scanning.

Check out this video giving you a first hand look at the process of 3D scanning.

This veterinary orthopedic implant company needed a comprehensive training video for its hip replacement surgery but had no digital representation of its product from which to make it. GKS scanned all 27 parts involved, created CAD models, and assembled them to show the exact procedure in the animation.

A high-tech engineering firm designed a mounting system for a specific racing seat in a new product line. To attach the seat to the high force electromechanical rod-style actuators, high-accuracy locations for the mounting holes were needed, along with lower accuracy scanning requirements for the basic contours on the back of the seat.

Artec technology was originally developed for biometric access control. It was used in facial recognition systems. That means that the 3D scanners are the perfect tool for scanning the human body and faces in particular. There is no need for electromagnetic tracking, position markers or long set-up. 3D scanning of the face (ear-to-ear) takes less than 10-15 seconds.

See how Artec 3D scanners were used during archeological explorations at Preobrazhenskaya Square in Moscow.

A carburetor poses similar problems for all 3D scanners on the market: sharp edges, intricate details, and deep crevices. Using the Artec S scanner, however, the operator was able to scan this object in less than 2 hours and the results were impressive.

Frequently, Artec is approached by animators and bio-mechanical researchers asking if our technology can scan a human body in motion. The answer is, “yes”. This dancing young lady, was showing her moves in front of four synchronized Artec L 3D scanners which captured her at up to 15 frames per second.