Tag Archives: Artec Group
Artec 3D Scanners Used for Big Bang Theory Cast and the Royal Family
A Look at Artec in the Race for 3D Scanners
The race is on.
MakerBot launched its MakerBot Digitizer desktop 3D scanner earlier this year, selling for $1,400. Radiant Fabrication has an all-in-one 3D scanner and 3D printer. Fuel3D raised $300,000 on Kickstarter for its hand-held 3D scanner. And just this past week, 3D Systems launched a $399 hand-held 3D scanner called Sense.
But there is a veteran in this space: Luxembourg-based Artec Group.
Artec 3D scanners are used today by commercial customers like Hyundai Motor Europe. Hyundai employs Artec 3D scanners to create 3D models of automobile seats for new cars. These models can then be tested and modified for maximum safety and comfort.
In fact, there is a wide range of applications where Artec 3D scanners are being used – everything from the film World War Z to the Brazil football team to fashion design.
And now celebrities.
The Big Bang Theory
Last season on the Big Bang Theory, the nerds got excited about 3D scanning and 3D printing. In Season 6, Episode 14 (called the “Cooper/Kripke Inversion”), Howard and Raj order customized figurines of themselves online.
When the toys arrive, they are quickly disappointed at how poorly the dolls resemblance is. Raj suggests buying a 3D printer to make their own. In the show, they 3D scan themselves as well as Bernadette with a Kinect sensor and 3D print perfect replicas in color.
It turns out that the real scanning was done with an Artec Eva scanner, not a Kinect sensor. The resolution of the Kinect scans was not high enough for a quality, color 3D printed figurine. Instead Artec was selected and Chris Strong from Rapid Scan, an Artec authorized reseller, was invited to the set for the 3D scanning.
Here are 3D models of Bernadette and Howard.
The Royal Family
On a tour of Elstree Film and Television Studios, Britain’s Prince Andrew asked if he himself could be 3D scanned. The Lifecast/Life3D studio team quickly scanned him with an Artec Eva hand-held scanner.
One minute later, a life-like, 3D digital copy was staring back at Prince Andrew from the computer screen.
Learn more about Artec at www.artec3d.com.
Artec 3D Scanners Used by Hyundai Europe to Develop Automobile Seats
Leading 3D Scanner Company Artec Delivers Automotive Solutions
In our coverage of 3D printing, there is increasing interest in 3D scanners as a key source of digital input for both rapid prototyping and product development. From simple Kinect-based scanners to the MakerBot Digitizer to Kickstarter campaigns, it seems like more and more 3D scanners are coming to market.
In this article we profile Luxembourg-based Artec Group, a leader in 3D scanning and 3D facial recognition technology that has partnered with Hyundai Europe to help develop automobile seats.
Related: Will 3D Scanners Usher in a New Era of Copyright Infringement?
Two different Artec scanners are being used by Hyundai Motor Europe to create 3D models of automobile seats for new cars. These models can then be tested and modified for maximum safety and comfort.
The Artec L scanner captures the geometry of a seat from different angles. Then the smaller, intricate details of a seat are scanned with the Artec MHT scanner and the data is combined to make a complete, highly precise 3D model of the car seat.
Both scanning devices are portable and easy to use which means that they can be taken to different Hyundai locations.
Watch this narrated video to see how the Artec 3D scanners are used by Hyundai.
Learn more about Artec at www.artec3d.com.
Related articles:
- Radiant Fabrication Wants to Be the iTunes of 3D Printing
- Fuel3D Handheld 3D Scanner Closes in on $300,000 Kickstarter Funding
- MakerBot Digitizer Desktop 3D Scanner Goes On Sale for $1400, Video from Bre
- 3D Scanning for 3D Printing: How Kickstarter is Changing the Game
- Video: Burning Man Team Offers 3D Prints of Burners in the Desert
- Do The Mutation: 3D Printed Masks Take Art to a New Level of Personal
- The MakerBot Met Hackathon Spreads with Art Derivations