3D Scanners

3D scanners are typically categorized into consumer-level devices and industrial systems, depending on their intended applications and measurement accuracy.


Consumer scanners are mainly used by hobbyists, designers, and creators for tasks such as small-object digitization, creative projects, and rapid prototyping. Industrial scanners, on the other hand, are designed for professional workflows including engineering measurement, reverse engineering, and quality inspection, where higher precision and stable measurement performance are required.



Consumer 3D Scanners

BrandRepresentative ModelScanning TechnologyAccuracyKey FeaturesTypical Applications
RevopointPOP 3Binocular Structured Light~0.05–0.1 mmCompact and portable, relatively affordableSmall object scanning, 3D printing replication
CrealityCR-Scan Ferret ProSmall object scanning, 3D printing replication~0.1 mmBeginner-friendly, integrates well with 3D printing ecosystemDIY projects, model scanning
Shining 3DEinstarInfrared Structured Light~0.1 mmStable scanning performance, easy to useHuman body and object modeling
3DMakerProMoleBlue Structured Light~0.05 mmHigh detail capture for small objectsSmall mechanical parts, model scanning



Industrial 3D Scanners


BrandRepresentative ModelScanning TechnologyAccuracyKey FeaturesTypical Applications
Artec 3DArtec EvaStructured Light~0.1 mmFast scanning speed and high stabilityCultural heritage preservation, medical reconstruction
Artec SpiderBlue Structured Light~0.05 mmHigh precision for small objectsIndustrial inspection
CreaformHandySCAN 3DLaser Scanning~0.025 mmMetrology-grade industrial inspectionAutomotive and aerospace manufacturing
Shining 3DEinScan HXHybrid Laser + Structured Light~0.04 mmHybrid scanning technology combining speed and accuracyIndustrial design, reverse engineering