Overview

Artec Micro brings the latest in 3D scanning technology to your desktop. Compact and ready to scan in seconds. Simply mount the desired object on the circular scanning platform, choose from a variety of smart scanning paths, then watch in real time as your scan unfolds on the screen in incredible detail.

Its advanced twin color cameras and blue LED lights are perfectly synchronized with fully-automated dual-axis rotation system (swing & rotation) to create the ultimate digital copy of your object, accurate up to 10 micros, without you having to move the object or scanner. Due to the fully enclosed scanning system, there are no targets that need to be added to the object or other preparation work required to get metrology-grade results.

Reverse Engineering

Whether you have a small part to reproduce for which no blueprint exists, or you need to quickly redesign or simply modify an existing part and either mill or 3D print it, Artec Micro desktop 3D scanner can do the job. Accelerate your design, prototype, and production cycle by weeks and save thousands in the process.

Quality Inspection / CMM / Metrology

Across a variety of industries, there is a growing need for ensuring that product quality levels are as high as possible. Delivering extremely-high-precision scans at up to 10 microns’ accuracy, not only can Micro “see” well below the human visibility threshold of 40 microns, but its 3D measurements are among the best in today’s cutting edge scanners, making this CMM (Coordinate-measuring machine) a perfect choice for inspection and much more.

Dental

Artec Micro is ready for today’s dental practice, creating precise CAD/CAM-ready 3D scans for lab use and 3D printing. Ideal for scanning single teeth, entire arches, or complex impressions.

Export from Artec Studio to ExoCAD and other dental software. Perfect for making exact digital reproductions and archival of crowns and bridges, inlays and onlays, dentures, custom abutments, implants, and more.

Heritage, Art & Design

Artec Micro gives you the power to make highly-detailed 3D models of a multitude of small cultural objects in just minutes. From there, these models can be archived, or easily shared with researchers and others either locally or around the world, or sent to a 3D printer for printing in a variety of materials.