3D scanning software: 3 programs for every application
Whether for personal use or in industry, 3D scanning is becoming more popular and important. Read more about the 3D scanning software ZEISS offers for your task.
17. Dicembre 2024
Whether for personal use or in industry, 3D scanning is becoming more popular and important. Read more about the 3D scanning software ZEISS offers for your task.
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.
Fall in China means moon festival and moon cakes. In this article our partner Nothton offers insights in 3D scanning the traditional Chinese pastry with the ATOS Q. Their goal: creating digital mooncake assets.
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.
Follow our Australian partner Scan-Xpress while 3D scanning and 3D inspecting the Great Melbourne Telescope. They are using the powerful 3D scanner ATOS Q which manages this huge project easily.
Take a look behind the scenes at one of the world’s best-known seat belt manufacturers – Sabelt. We explain how 3D scanning is used in product development and quality assurance to ensure maximum safety on the road.
Photogrammetry is a non-contact measurement method that is used in industrial quality assurance and component development, among other things.
Reverse engineering, also known as back engineering or backwards engineering, describes the reverse design process for a part or tool. In contrast to the conventional development process for a part, where the design data is typically available upfront, here, the data is derived directly from the part or tool itself.