Partnership between two industry leaders aims to disrupt the manufacturing marketplace for anatomical models by enabling widespread availability through 3D printing.
Palo Alto, Calif., & Sofia, Bulgaria, October 25, 2016 – Threeding.com, a leading platform for 3D printing models, and Artec 3D, a top-tier developer and manufacturer of 3D hardware and software, announce another joint project and the creation of a new collection of life-like 3D models of human anatomy for 3D printing, now available at Threeding.com. This new collection is the most accurate to-date and includes a couple of dozen high quality 3D models such as scans of a brain, hip, knee, elbow, mandible, muscle structures and more. This assortment of models will expand Threeding’s impressive library of more than 100 anatomical models readily available to download, which also includes a compilation of animal anatomy 3D models from a previous joint project with Artec 3D.
The anatomy models were created with the help of Artec’s professional, high resolution 3D scanning technology. The team used Artec’s Spider and Eva scanners to digitally capture various shapes and textures of the bones and muscles featured in this collection. 3D modeling software, Artec Studio 11, was deployed for the quick and accurate post-processing of the 3D models.
Traditionally, scientifically accurate anatomical models have been quite expensive. One of the purposes of this most recent project is to disrupt and provide an alternative to the traditional manufacturing of anatomical models and significantly lower the cost for those who regularly use them. The initial price of the new printable 3D models range from $15 to $35. However, the files are available to education and science organizations for free, upon request.
The 3D models, created from scans using Artec 3D’s technology, can be downloaded from Threeding.com and printed at home using a 3D printer or can be ordered directly as physical copies. By expanding its database with this new collection, Threeding is positioning itself as a platform for high quality end-products that primarily target the academic community.
“We are very glad that we launched this new project with our friends from Artec 3D. After its completion, we will be offering more than 150 high quality anatomy models suitable for 3D printing and a total of more than 1,500 scientific shapes,” said Stan Partalev, co-founder of Threeding. “This makes us not only a commercial marketplace, but also the largest source of 3D printable models for the academic community. The offering of authentic 3D-scanned models leverages our partnerships with Artec and takes us forward on our growth path. We are building on our strength and providing the customers what they request: reliable, high quality 3D models.”
“This project will allow students, educators and the curious alike to easily create a tactile learning experience with these models once printed,” said Artyom Yukhin, president and CEO of Artec 3D. “The accuracy at which the 3D models are created is unprecedented. The texture and shape of bones, organs and other scanned body parts are identical to their real counterparts.”
Threeding is a 3D printing marketplace and community for 3D printing models. The start-up was founded in 2013 by a group of students from the Bulgarian National Academy of Art, led by Tzveta-Maria Partaleva and Stan Partalev. Threeding is the only 3D printing marketplace that offers 3D printable models of historical artifacts. For more information, please visit www.threeding.com.
About Artec 3D
Artec 3D is an international company, headquartered in Luxembourg, with subsidiaries in the United States (Palo Alto) and Russia (Moscow). Artec develops and produces innovative 3D solutions and products. Artec has a team of professional experts in the collection and processing of 3D surfaces as well as biometric facial recognition. Artec’s products and services can be used in many industries, such as in engineering, medicine, media and design, entertainment, fashion, historic preservation, security technology and many more. Shapify.me, Artec’s service for the creation of 3D characters, was designed and introduced in 2013: https://shapify.me.
For more information about Artec 3D, please visit https://www.artec3d.com/.
Researchers from Xi’an’s Northwest University utilize professional handheld scanners to digitally capture skeletal remains at the site of Emperor Qin Shi Huang’s tomb.
In a recent study at Akdeniz University in Antalya, Turkey, Artec’s Eva 3D scanner was instrumental in the innovation of a highly accurate method of tracking the behavior of human facial soft tissues depending on the position of the body.
How to liven up history class and get students more engaged? Hawaiian teachers use Artec 3D scanners.