Imaging for archaeological research
Reveal hidden structure and material detail without disturbing fragile artifacts, so you can study, preserve, and interpret cultural heritage with confidence.
MILabs supports archaeological research through noninvasive imaging that makes it possible to examine internal structures, construction methods, and material composition in exceptional detail. By capturing high-resolution three-dimensional data, researchers can gain new insight into historical objects while preserving their physical integrity.
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MILabs imaging systems for archaeological research
Study artifact structure and composition clearly, without physical intervention.
MILabs X-ray CT imaging systems enable detailed visualization of internal features, material layers, and structural conditions. These capabilities support authentication, conservation planning, and digital preservation, helping researchers analyze historical objects accurately while minimizing risk to valuable samples. MILabs systems support imaging from small samples to large artifacts up to ~5kg.
Benefits of MILabs systems for archaeology research
Non-destructive investigation
Examine internal structures and materials without altering or damaging artifacts.
High resolution CT imaging allows researchers to analyze delicate objects intact, supporting responsible conservation and long-term preservation.
Ultra-high resolution structural detail
Capture fine features that inform craftsmanship, usage, and historical context.
Ultra-high resolution imaging reveals minute details such as tool marks, inscriptions, internal joints, and layered construction, strengthening documentation and interpretation.
Deeper insight into artifact history
Build a richer understanding of origin, authenticity, and conditions.
Three-dimensional datasets support digital reconstruction, comparative analysis, and more accurate reporting on manufacturing techniques and cultural practices.
See imaging in action
Using the MILabs U-CT system, researchers captured detailed images of an eighteenth-century Chinese ivory puzzle ball. The scan revealed the intricate craftsmanship of all nineteen internal layers, providing insight that would not be possible through external inspection alone.
