Collection: 3D scanners

[Explore the working principle of 3D scanners]
3D scanners obtain data point clouds on the surface of objects by emitting lasers or structured light, and generate three-dimensional models through software processing. This non-contact measurement method can accurately capture the geometric shape and texture information of objects and is suitable for objects of various sizes and complexities.

[Wide application scenarios]
Design and manufacturing**: rapid prototyping, reverse engineering, product quality inspection.
Cultural heritage protection**: digital preservation of cultural relics, recording and restoration of historical sites.
Medical health**: customized prostheses, surgical planning assistance, accurate modeling of human body parts.
Entertainment industry**: character creation in game development, realistic environment construction in movie special effects production.

【Choose the right 3D scanner】
There are many types of 3D scanners available on the market, including handheld, desktop, and industrial-grade professional equipment. When choosing, you should consider factors such as scanning accuracy, speed, ease of use, and cost to meet the needs of specific projects.

【How to optimize your 3D scanning experience】
1. Understand the characteristics of the target object and choose scanning settings suitable for the type of material.
2. Scan in an environment with uniform and stable light.
3. For highly reflective or transparent materials, use appropriate sprays to increase surface roughness.
4. Use post-processing software to remove noise points and improve details.

【Embrace future trends】
With the advancement of artificial intelligence algorithms and the enhancement of cloud computing capabilities, future 3D scanning technology will be smarter and more convenient. It is expected that more products with integrated AI functions will appear, which can automatically identify object features and provide higher levels of automation services.