DigiScape is an advanced digital preservation solution that utilizes cutting-edge photogrammetry, laser scanning and 3D modeling to capture, archive, and help restore cultural heritage objects with stunning accuracy. Whether it’s ancient artifacts, historical monuments, or fragile relics at risk of deterioration, DigiScape transforms them into high-fidelity 3D digital replicas. These models serve as invaluable records for museums, archaeologists, historians, and cultural institutions, ensuring that heritage remains accessible for research, education, and future generations.
The above copper jug is from a private collector who wanted to capture and archive the original craftsmanship of a set of copper vessels. The DigiScape solution was able to take very precise digital photograhs to create this 3D model, so that the original copper smith techniques and texture have been digitally preserved for future generations.
DigiScape is a digital 3D modelling, laser scanning and photogrammetry service where we help you and your tourism destination, archeological/ heritage site or artisan/craft technique to create digital twins for both preservation of the past and presentation to future generations.
DigiScape utilizes a number of cutting-edge techniques and methods including photogrammetry and laser scanning to to capture, document and re-create sites and objects in 3D models. Photogrammetry is the practice of taking hundreds of digital photos of an object which are then used to create millions of digital coordinates in space to form geometric shapes across the surface of the object. In doing so, we can create a very realistic 3D model, texture and determine measurements of the object with precise accuracy.
DigiScape creates accurate 3D models which can help with:
Woven objects such as baskets present a unique challenge in creating digital 3D models. By their very nature, baskets are soft, malleable objects whose form can change by the mere act of handling them and changing their position for photography. The DigiScape solution is able to capture and model these types of woven artifacts and we have perfected solutions to create achival-quality, measurable models.
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