At Additive Drives, it isn’t just about building electric motors. It’s about shaping a sustainable future across different industries by developing highly efficient and powerful electric motors.
Did you know that historical statues also benefit from the creation of a 3D model? Dimensions and every last detail of the object can be digitized and used for future restoration work. Due to the size of the Captain Cook statue, the 3D laser scanner ZEISS T-SCAN hawk 2 proved to be a suitable tool for this task.
What happens when centuries-old metal artistry meets 3D scanning technology? At Vudrag Industries, this fusion isn’t just enhancing preservation, it’s redefining the possibilities of monumental art for generations to come.
Identifying internal defects and correct connector pin positions of electronic connector housings is crucial for proper functioning of the final product. The advanced CT technology of ZEISS METROTOM 1 is the perfect fit to get deep insights of your electronic parts, allowing for quick and intuitive evaluation and improvement of production processes.
B-TECHNOLOGY is transforming the future of transportation with an innovative flying-driving drone and the Beccarii car. Utilizing advanced 3D scanning, they ensure precision and quality in their groundbreaking designs.
There is no Harz Mountains without the Harzer Schmalspurbahnen! This is why the company puts everything into maintaining their historic steam locomotives. How they do it? Using 3D scanning for efficient inspection of traditional vehicles.
At MarineShaft, 3D inspection of large maritime components has been introduced. To provide more efficient repair solutions and enable new services for their customers, the service provider uses the hand-held 3D laser scanner ZEISS T-SCAN hawk 2 as well as TRITOP photogrammetry.
Meet Büchner Kunststoffprodukte, a German family-owned company, that produces plastic parts by injection molding. To inspect their produced parts, they rely on the easy-to-operate ZEISS METROTOM 1.
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.
The Turkish casting and mold manufacturer Kalkancı Döküm sped up its quality control by 60% using the 3D scanner ATOS Q. Learn more about the use of optical 3D scanners at the company site in this article.
