Topic: Application Example

3D scanning historic architecture with ZEISS T-SCAN hawk 2
Repair Quality Control and Assurance 3D Inspection

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.

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JP Performance 3D scanning automotive parts with ZEISS T-SCAN hawk 2
Product Development Quality Control and Assurance Rapid Prototyping Reverse Engineering 3D Inspection

JP Performance & mbDesign optimize vehicle design with 3D scanner ZEISS T-SCAN hawk 2

Automotive enthusiast Jean Pierre alias JP Performance joined forces with the rims builder mbDesign from Germany to reach maximum aesthetics and efficiency with his car. The 3D scanning solution T-SCAN hawk 2 unleashes its full potential, scanning the wheel housings for further optimization of a Ferrari F12 Berlinetta.

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GOM Scan 1 captures data of historical statue
Reverse Engineering 3D Inspection

Mobile 3D scanning of museum artefacts

Museums collect valuable artefacts of human history. It’s a window to the past. A large amount of statues, sculpture and other historical objects present what is long gone. The preservation of the past and reverse engineering processes become possible with 3D scanning technology. Get insights into a scan of a historical statue here.

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Quality Control and Assurance 3D Inspection

3D measurement of water turbines with 3D scanning

3D scanning of turbines was performed successfully in several hydroelectric
power plants in order to assess the condition and the efficiency of these
turbines, to check their shape, to create copies or to prepare new ones. The 3D scanning system and TRITOP allow for high accuracy measurements even of large and complex components like water turbines. Such a detailed 3D model detects the slightest deviations from the ideal geometry of the rotor.

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