Adopts a high-brightness dot matrix laser scanning module, which can achieve high-precision scanning within a range of 3 meters, with an accuracy of ≤0.03mm. The built-in intelligent gyroscope can automatically correct the scanning deviation caused by hand shake, improving the scanning accuracy and stability. It is equipped with a built-in 8000mAh lithium battery, providing up to 6 hours of continuous scanning time, meeting the needs of full-day field operations. It supports wireless data transmission through Bluetooth 5.3, and can realize real-time preview of scanning data on the connected terminal. It has an IP65 protection rating, which can resist dust and splashing water, suitable for various indoor and outdoor environments. It is compatible with mainstream creative design software such as MeshLab, Blender and AutoCAD, supporting the output of multiple common 3D model formats.
The scanning accuracy of this handheld scanner is ≤0.03mm, with a scanning range of 0.05 to 3 meters, which can meet the measurement needs of most small and medium-sized objects. The overall weight is only 0.8kg, with physical dimensions of 180*120*70mm, and it is very easy to hold and operate. It is powered by a built-in 8000mAh lithium battery, providing up to 6 hours of continuous scanning time, and supports USB-C fast charging. It has an IP65 protection rating, which can adapt to various indoor and outdoor environments such as dust and splashing water. It is equipped with USB-C and Bluetooth 5.3 interfaces, supporting wireless data transmission and connection to mobile phones, tablets and computers. It supports real-time preview of scanning data, and is equipped with a built-in intelligent gyroscope to correct hand shake deviation, improving scanning accuracy and stability.
This handheld reverse engineering 3D surveying scanner is mainly applicable to cultural relics restoration, industrial product reverse modeling, jewelry design, and dental restoration. Typical scenarios include cultural relics digitization and restoration, customized jewelry design, dental model scanning, and industrial product reverse modeling. It can quickly convert physical objects into digital models, greatly reducing the time and labor cost of traditional measurement methods, and improving the efficiency of creative design and cultural relics protection work.
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