


Topometric methods based on the fringe projection technique are increasingly adopted
for the non-contact acquisition of complex 3D structures in many technical areas.
For over two decades, the Breuckmann company has been a leader and pioneer
in the development and production of high-end 3D digitisation scanners.

To be able to process virtual data of real objects on the computer, the item first has to be 3D-digitised. Breuckmann 3D scanners offer the ideal solution for this task of digital data aquisition.
Breuckmann scanners are flexible and mobile optical measuring systems. By contrast to tactile measuring devices, optival measuring systems do not capture individual points, but scan the complete geometry of the item to be scanned at very high resolution.
Non-contact measurement captures even soft and flexible components at a very high level of precision, almost regardless of surface characteristics. Adaptable field of view depending on the object to be digitised ensure a fast and accurate 3D image acquisition of components in almost all kinds of forms and shapes.
In combination with the technique of photogrammetry, there are virtually no limits with regard to the size of the measured object either. For each digitisation task, the system is exactly adapted to the specific characteristics of the digitisation object.
With up to 5 million measuring points per scan and
together with a broad spectrum of measuring fields,
Breuckmann 3D scanners consistently ensure an
optimum, efficient and high-resolution measuring of any
object, regardless of shape and size.

Applications for 3D digitisation are diverse, and the implementation areas of this valuable and sophisticated technology continue to grow. On this page, we invite you to take a look at various object examples of objects digitised with Breuckmann scanners.