SCANOLOGY Celebrates Its Role in the China-Egypt Archaeological Project as the GEM Opens

As the Grand Egyptian Museum (GEM), the world's largest archaeological museum, officially opens its doors, marking a monumental moment in Egypt's cultural history, SCANOLOGY proudly celebrates its contribution to the China-Egypt Joint Archaeological Project at Saqqara, where cutting-edge 3D scanning technology is helping preserve the legacy of ancient civilizations.

On November 1, Chinese President Xi Jinping sent a congratulatory letter to Egyptian President Abdel Fattah el-Sisi on the museum's opening, emphasizing that the Grand Egyptian Museum "will mark a highlight in Egypt's cultural history and play an important role in preserving and passing on the ancient Egyptian civilization." President Xi also highlighted the deep and enduring friendship between China and Egypt and called for continued cultural exchanges and collaboration between the two nations.

This spirit of cooperation is vividly embodied in the China-Egypt Joint Archaeological Project at Saqqara, a major international research initiative jointly established by the Shanghai International Studies University and Egypt's Supreme Council of Antiquities.

Digital Archaeology: Bringing the Past to Life

At Saqqara, a major archaeological site south of Cairo, our 3DeVOK MT 3D scanner has assisted researchers in documenting artefacts with exceptional detail.

Equipped with 34 blue laser lines, 22 infrared laser lines, and large-area infrared speckle projection, the MT scanner captures high-resolution geometry, colors, and textures—without physical contact. This ensures that fragile artefacts such as painted coffins, granite statues, and stone reliefs are preserved safely while their digital counterparts are reconstructed with remarkable accuracy.

With a basic accuracy of up to 0.04 mm and a resolution of 0.05 mm, SCANOLOGY's technology provides archaeologists with an exact digital replica of artefacts that reflects even the finest details. These high-fidelity 3D models are essential for conservation, allowing restoration experts to simulate repairs and assess structural integrity without risking damage to the originals.

From Field to Database: A Digital Heritage Revolution

The digital models produced through SCANOLOGY's scanning are being integrated into a comprehensive heritage database, enabling scholars around the world to study Saqqara's treasures remotely. This digital archive supports interdisciplinary research across archaeology, history, and materials science, opening new possibilities for the preservation and study of ancient Egyptian civilization.

For the first time in Egyptian field archaeology, extreme high-definition scanning have been systematically applied during excavation. This technological milestone exemplifies how modern innovation is transforming traditional archaeological workflows into a new era of digital heritage preservation.

A Bridge Between Civilizations

More than a technological achievement, the project stands as a powerful symbol of cultural exchange and mutual learning. Through joint excavation, documentation, and digital preservation, China and Egypt are not only uncovering the mysteries of ancient history but also deepening the bonds between their peoples.

"As two ancient civilizations, China and Egypt share a common responsibility to protect our shared human heritage," said a SCANOLOGY spokesperson. "We are honored to contribute our technology to this meaningful collaboration, helping preserve the wisdom of the past for future generations."

Continuing the Mission

SCANOLOGY remains committed to applying cutting-edge 3D scanning technologies to global heritage projects. Through precision technology, scientific innovation, and cultural respect, SCANOLOGY is helping connect ancient civilizations with the digital age.