Macro 3D scannerIt is a high-precision 3D scanning device that focuses on capturing small objects or surface microstructures of objects. Its core lies in achieving sub millimeter or even higher precision 3D data acquisition through optical, laser, or photogrammetric techniques.

Compared to ordinary 3D scanners (focusing on medium to large objects) or traditional measuring tools (such as calipers and microscopes),Macro 3D scannerThe core advantage lies in "precision and detail restoration at the microscale":

1. Micron level high precision, capturing fine structures:

The scanning accuracy of mainstream products can reach 0.001mm-0.01mm (i.e. 1-10 microns), which can clearly restore the features such as gaps, edges, and textures of small objects.

2. Non contact scanning to protect fragile samples:

No direct contact with the surface of the object is required, avoiding the squeezing, scratching or damage of fragile and small objects (such as biological specimens, thin electronic components, cultural relics fragments) by traditional measuring tools (such as probes), especially suitable for scanning precious samples or easily deformable materials.

3. Full size data recording, replacing "local observation":

Traditional microscopes can only "observe" the surface of objects locally, while macro 3D scanners can generate complete 3D models that not only include surface textures, but also provide quantitative data such as volume, surface area, and dimensional tolerances.

4. Automated processes to improve efficiency and consistency:

Equipped with a precision stage and automatic stitching algorithm, it can achieve "one click start automatic scanning automatic modeling", avoiding errors in manual operation; Simultaneously supporting batch scanning to ensure data consistency across multiple batches of samples.

5. Strong compatibility and adaptability to multiple scene requirements:

Object Material: Can scan various materials such as metal, plastic, ceramic, glass, biological tissue, etc;

Data output: Supports mainstream 3D model formats such as STL, PLY, OBJ, etc., and can be directly imported into CAD software for design modifications, or imported into 3D printing software for precise replication.