Global 3D Scanner

Global 3D Scanner

Designed for Large-scale Project

Specially designed for 3D measuring large-scale objects, global 3D scanners have a built-in photogrammetry system to provide metrology-grade 3D solutions without the help of extra devices. When conducting a 3D inspection of a large-scale project, scanning area and volumetric accuracy are inevitable challenges, this type of 3D solution, however, benefits from innovative built-in photogrammetry system technology to provide ultra-wide scanning area and precise data collection, improving the efficiency of high-quality 3D modeling and accelerates 3D digitizing process.

AXE-B Series 3D Scanner

AXE-B Series 3D Scanner

The built-in photogrammetry allows to conduct large-sized measuring just by one handheld 3D scanner. When working with Scantech automated 3D system, AXE 3D scanner will realize continuous online batch 3D inspection.

What is the best 3D scanner for your demands?

SCANTECH 3D is a global leader in 3D scanning technology, providing non-contact measurement technology of the optical scanners coupled with precision measurement within product cycle times. Discover more Scantech 3D metrology solutions for you.

axe 3d laser scanner

AXE-B Series 3D Scanner

Accuracy Up to 0.020 mm
Scanning rate Up to 1,300,000 measuremnets/s
Scanning area Up to 550 mm × 600 mm
Resolution 0.025 mm

Cooperate with top-rate 3D scanner provider

Enable you to measure and scan everything

Scantech global 3D scanner solution designed for unique needs of different industries

Find out how our global 3D scanner helps.

Quality control

The complete inspection of large-sized machinery is considered a significant issue. The project shows how to use metrology-grade 3D scanner with an accuracy of up to 0.020mm for quality inspection.

Quality Control

Traditional measurement is to place the sheet metal on the inspection tool and use the plug gauge for qualitative analysis. But how to inspect the sheet metal using 3D scanning within 10 minutes?

Quality Control

SCANTECH Advanced NDT method in offshorewind. The size of the wind turbine hub is large, so how to obtain accurate 3D data inside and outside efficiently?