How mobile 3D scanning supports maritime repair projects
Vehicles of all kinds must be checked for possible defects when in use. This also applies to sailing boats that take part in regattas. Read here how 3D scanning supports the quality assurance process of important boat structures.
How to reduce MRO costs with 3D scanning solutions
In this article we’ll cover the basics of Maintenance, Repair and Overhaul (MRO) and explain how 3D scanning solutions support in increasing product cycle efficiency.
Controlling quality of 3D printed bones at Ossiform
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.
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How to choose the right distance for 3D scanning
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.
How to use portable 3D scanning for the restoration of architecture
Historic architecture is often seen as an important part of our cultural heritage. Preserving it for future generations is a vital task. One way to achieve this goal is through restoration. It involves the process of returning a building to its original state by repairing or reconstructing damaged or missing parts. 3D scanning technology supports in this case with the collection of data necessary for the rework of hundreds years worth of history.
3D scanning with ATOS Q in the medical sector
3D metrology is already being used in medical technology. Be it for the production of precisely fitting prostheses or also models to illustrate physical conditions. The goal is the generation of data which can then be used for educational purposes, e.g. in form of augmented reality.
Photogrammetry: method and applications explained
Photogrammetry is a non-contact measurement method that is used in industrial quality assurance and component development, among other things.
Reverse engineering explained: methods and uses
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.
Mobile Metrology
Get to know the ZEISS portfolio of mobile metrology solutions and learn more about the right system for your individual 3D scanning task.
3D software for comprehensive 3D inspections
Want to know more about the all-in-one software solution by ZEISS? In this article you’ll learn about the benefits of a 3D software.