CADskills is a manufacturer of patient specific implants. In this article, they show us how ATOS Q improves the quality of their biofunctionalized implants and therefore reduces health risks for their patients.
Let’s look at Norway and how the Museum of Cultural History is trying to keep hundreds of years of history alive by integrating modern 3D scanning solutions in their restoration work.
With the latest software release of 2023 come a variety of new and helpful features for 3D scanning. For example, in ZEISS INSPECT, creating a CAD out of a mesh is now possible via the surfacing function.
Did you know that ZEISS solutions also promote science and education projects in schools? In this application example you get to read more about Formula 1 in schools and how ZEISS T-SCAN hawk 2 helps with data generation of miniature race cars.
Ossiform uses GOM Scan 1 for the quality control of its innovative 3D printed bone implants. In this article you will learn more about the company Ossiform, their work and quality assurance with our mobile 3D scanner.
When 3D scanning, choosing the right distance to your object is crucial for the optimal measurement result. How to determine the right scanner position and how the 3D scanner itself aids in this decision, you get to read here.
3D scan technology is used for a wide range of applications in the archaeological environment, like archiving, preserving, reproduction and sharing – analogue and virtual. In all these areas, optical 3D scanning solutions make visible what the human eye can’t see.
Follow the process here to see how detailed a mesh can actually get by adding color and texture.
NFTs are currently in high demand and are bringing new momentum to the digital art and collector world. The virtual units, which have their origins in the crypto cosmos, can be sold and auctioned via marketplaces. They are built on a blockchain – so where does 3D scanning come into play with NFTs?
In our well-known format “Getting Started”, you already get useful information on a quick start with ZEISS Reverse Engineering. Besides that, our newly-established training tutorials feature more in detail insights into the software solution for you to follow along. Read more about the software training tutorials here:
The ZEISS Comet L3D2 was the entry-level solution for optical metrology by ZEISS. We have since been developing new 3D scanners with innovative technologies and features which are a suitable alternative for the discontinued ZEISS Comet scanner. Learn more about the scanner evolution in this article.
