3D scanning
Measurement protocol with the world's most modern software and a particularly precise 3D scanner
Due to the development of 3D scanning methods and the increase in the speed of data processing, data collection with 3D scanners is gaining more and more space in the metrology industry. This solution provides the opportunity to perform high-precision measurements even in special situations, since the given object does not have to be touched or fixed in a special position during data collection. Thanks to this, it can be used for measuring castings at 800-900°C, as well as special bodies with free surfaces, even several meters long and wide (e.g. ship hulls).
Advantages of 3D scanners over coordinate measuring machines
- Unlike coordinate measuring machines, when using a 3D scanner, the object to be measured can be in any position during the measurement, i.e. it is not necessary to determine in advance the direction of the normals of the points to be measured and their distance from the origin.
- A difficulty with a coordinate measuring machine is the diameter of its probe, which may be larger than the diameter of the holes to be measured, and the width of some openings/gaps. However, the diameter of the laser light of 3D scanners is approximately 0.1 mm, which allows even the smallest gaps to be measured.
- In the measuring machine process, both preparation and measurement require a trained professional and a lot of time, while when working with a 3D scanner, most of the time is spent on the scanning itself, which does not require human presence.
Our 3D scanning service is based on 3D scanners manufactured by ScanTech and 3D Systems. our products You can find detailed technological parameters of these scanners among
