The University of Cambridge's cutting-edge research into ancient ceramics has been transformed by the use of the Artec Space Spider, a highly accurate 3D scanner. This technology enables researchers to create detailed digital models of artifacts, revealing nuances in shape, curvature, and wall thickness that were previously undetectable. These insights shed light on the manufacturing techniques and social dynamics of stateless societies, offering a deeper understanding of ancient collaboration and innovation.
Partnering with Artec 3D experts, the research team utilized the scanner for non-invasive studies of historical objects, including bowls, spindle whorls, and stone carvings. The precision of up to 0.05 mm allowed researchers to document over 100 artifacts and further analyze them using specialized software. This breakthrough is not only advancing archaeology but also demonstrating how technology can preserve and reinterpret history for academic and public engagement.
Challenge: Archeologists needed a way of safely rendering a wide variety of recently excavated ceramic vessels and comparing their shapes.
Solution: Artec Space Spider, Artec Studio
Result: As part of the REVERSEACTION project, aiming to investigate complex ancient technologies in stateless societies, the team digitally captured more than 100 artifacts both in the field and within Colombian museums. The resulting 3D models facilitate research and preservation at multiple levels, beyond museums and universities to bring amazing ancient artifacts to classrooms and personal devices.
Why Artec: In REVERSEACTION project, the high-res scanning capabilities and gentle learning curve of Artec Space Spider made it a great tool for digitizing archaeological artifacts with utmost fidelity, preserving all elaborate geometries.
For a demo or more information. Contact info@rapiscan3d.com
For more details, visit Artec 3D's full case study.