Archaeology & Heritage
Aretefact Analysis
Metrology laser scanning and artefact photogrammetry deliver exceptionally high levels of precision, with measurements achievable at micron scale. This level of accuracy is essential for capturing intricate artefact details, including fine surface textures, engravings, tool marks, and other delicate features that may not be visible to the naked eye.
Non-Contact Analysis
The non-contact nature of laser scanning ensures that fragile artefacts can be recorded without physical interaction, minimising the risk of damage during data capture. This is particularly important for highly sensitive or vulnerable objects. Laser scanning also enables rapid data acquisition, both within laboratory environments and in situ during excavation. The efficiency of the scanning process reduces the duration for which artefacts are exposed, while the integration of photogrammetry allows the production of highly accurate, photorealistic 3D models.
Digital Models and 3D Printing
When combined with laser scanning, 3D printing enables the production of precise physical replicas that can be used to support conservation planning and testing. Conservation specialists can trial restoration techniques on 3D-printed models before applying them to the original artefacts, reducing risk to irreplaceable material.
Replicated artefacts also improve accessibility for education, research, and public engagement. These physical models can be safely handled, examined, and displayed without compromising the integrity of the originals. In addition, the digital models generated through scanning provide a valuable record of artefacts before and after conservation, supporting comparative analysis and long-term condition monitoring.