With the escalating demands for rendering technology, exclusive reliance on rendering programs is no longer sufficient. The collection of surface information pertaining to real-world materials has become a crucial aspect of computer graphics. The acquisition of material surface information is pivotal in the fields of digital reconstruction and virtual reality. In this article, we introduce a material acquisition device that employs multiple cameras and lights. This device utilizes a combination of multiple cameras and lights to capture objects from various angles and lighting conditions, resulting in more comprehensive and realistic material surface information. Specifically, the device features multiple cameras and strategically placed lighting. Four cameras are positioned at
Kaiwei Zhai, Yaoshun Yue, Wenpeng Sang, Maohai Lin, "Mechanical Design for Stable and Robust Total Color Appearance Capture: Advancements and Implementation" in Journal of Imaging Science and Technology, 2025, pp 1 - 12, https://doi.org/10.2352/J.ImagingSci.Technol.2025.69.2.020502