![artec studio student artec studio student](https://tech-labs.com/sites/default/files/3d-software-3box.png)
The completed model could then be viewed using immersive virtual reality tools, exposing students to a whole new frontier of biological study. The lab aims to turn images of this lifeform into a complete 3D mesh using Studio 10. By building a new mesh using the skulls, the lab could uncover information about what that person or animal looked like, enabling more advanced study with the potential to benefit a variety of fields such as biology, anthropology, archeology and even medical.Īrtec’s tools are allowing the lab to tackle other projects as well, such as the creation of 3D models of microscopic organisms like algae.
Artec studio student software#
The use of high-precision scanners and advanced software enables the lab to take this project even further, specifically in terms of reconstruction. What’s more, we’re able to create many of our models in a matter of hours when it would have previously taken days.” In the past, our scanning capabilities were limited to really large objects about the size of a mini-fridge. I wouldn’t even have attempted this project back then. “Its scanners and software are a dramatic improvement over what we had a year ago.
![artec studio student artec studio student](https://www.stormsurveying.com/wp-content/uploads/2021/07/Artec-EVA-1280x720-2.jpg)
“This project wouldn’t have been possible without Artec’s technology,” said Mark Gill, Visualization Engineer at SCSU.
Artec studio student series#
This semester’s biology students are the first to visit the Interactive Skull Museum, which runs on a series of networked MultiTactioninteractive display tables that allow students to turn, share, compare and study the department’s extensive inventory as if it was physically in front of them. The Artec Studio 10 software was used to seamlessly smooth the captured scan meshes of skull and antlers together, creating the final, watertight 3D digital model.
![artec studio student artec studio student](http://res.cloudinary.com/engineering-com/image/fetch/h_200,c_fill,ar_3:2,f_auto,q_auto/http://www.engineering.com/Portals/0/BlogFiles/MITnews_Nuvu_06.jpg)
The portability of the handheld scanner and its ability to reproduce various textures and features in high quality proved especially useful for more complex skulls, such as those with antlers. The challenge was enabling this interaction without risking the integrity of the delicate relics.Īrtec’s Spider scanner allowed the Visualization Lab to capture the intricate level of detail on each skull in the collection, which includes those of cows, deer, foxes, bobcats and even humans. The department felt that firsthand experience with the skulls, which are traditionally kept behind a display, would enhance the learning experience. For example, students now have uninhibited virtual access to the university’s collection of rare and expensive skulls thanks to the Visualization Lab’s Interactive Skull Museum, a software application created to showcase the biology department’s extensive collection of artifacts. Artec’s scanning products are being used by the Visualization Lab to capture a wide range of real-world objects and expand the university’s collection of 3D models that can be studied by students in virtual environments.Īrtec’s technology is capturing real-world objects that could not be studied otherwise. Artec’s hardware and software are the latest additions to the institution’s cutting-edge Visualization Lab, which is powered by its own server and equipped with touch-enabled computers, stand-up touchscreen displays, projectors and virtual reality headsets. Cloud State University’s (SCSU) Visualization Lab to broaden the university’s virtual learning offerings.
Artec studio student professional#
– Novem– Artec 3D, a leading developer and manufacturer of professional 3D software and hardware, today announces that its handheld Artec Spider ™ scanner and Studio 10 software have been selected by St.