In the selection of a 3D scanner for large objects, some of the influencing factors on an ideal choice include the FOV, scan range, and resolution of the scanner. Such large objects like sculptures or industrial machinery require a scanner that is capable of capturing big areas in the shortest time without compromising on details. Scanners, like the Revopoint 3D Pop 2, can have a field of view as wide as 2 meters and are ideal for large objects since they allow users to cover more ground without having to constantly reposition the scanner.
Laser scanners are suited for the scanning of big structures. Laser scanning boasts the ability to capture data at great distances with quite great accuracy. The Leica BLK360 offers an impressive scan range of up to 60 meters, hence very suitable for the scanning of big architectural projects or landscapes. It captures high-quality data in complex environments, and thanks to its 360-degree scanning capability, it takes less time to collect data while standing at one position.
Besides, large-object scanning requires high accuracy to ensure that all features, even those that are far from the scanner, are captured with great detail. For example, Faro Focus S series provides sub-millimeter accuracy when scanning objects as large as a building or construction site. It boasts a scan speed of up to 976,000 points per second to allow quick data capture without sacrificing quality.
Another very important aspect is the scanner’s mobility. With big objects, there can be problems with that. The Revopoint Mini is an example of such portability with precision and thus would work just perfect for small big objects, such as prototypes or pieces of machinery. The scan accuracy is 0.1 mm-prepretty balanced in order to make it mobile yet assure perfect quality of scans even of structures rather big.
The main essence of this requires the ability to process big data. High-end scanners, for example, a Leica BLK360, capture in excess of 1 million points in just a single scan; these let one realize thorough and complete models of large objects. Such scanners will come with heavy-duty software that could handle the gigantic dataset captured by them to make sure accurate 3D modeling-ready for reverse engineering or architectural design-is realized without any hiccups in no time.
To learn more about the best 3d scanner for large objects, visit the official website of Revopoint 3D.