Attached to a portable arm, this laser scanner sweeps and probes small to medium objects (e.g. vehicle components and machine parts) to create 3D computer models with moderate to intricate detail.
This robust technology is suited to most industrial environments. With up to 3m reach, its stability enables repeatable action and high accuracy (0.03mm).
With a 360° field of view, we use this laser (lidar) scanner to create 3D models of medium to large objects or areas.
By attaching it to our jib, we can extend it 3m or elevate it 5m to scan artefacts and artworks, vehicles, structures or machinery.
Even from 5m, it maintains high accuracy (0.2mm) and resolution (0.8mm) with near-zero noise.
This 360° terrestrial/surveying laser (lidar) scanner has an accuracy of 2mm and a range up to 130m.
We can mount it on a vehicle using our height-adjustable, self-levelling, GPS-coordinated platform, to capture 3D records of very large objects or areas – buildings, mines, stadiums, crime scenes, accident and construction sites, movie sets and locations – with medium detail and minimal environmental impact.
We can employ these versatile, high quality, hand-held 3D scanners separately or together, depending on your needs. We use Eva for medium-sized targets (e.g. an actor) and Spider for small areas, precisely capturing intricate details (e.g. hairs and wrinkles).
Both scanners:
With 85 HDR cameras firing simultaneously, our portable, 360° rig captures 3D geometry in full colour with high quality.
We merge the photos to create accurate 3D computer models (cyber scans) of people and objects, for applications in the arts, heritage preservation, and entertainment or advertising.
This non-contact 3D scanner uses phase-shifting optical triangulation to capture details of small objects such as dental moulds, teeth and coins with very high accuracy (0.01mm) and high resolution (0.06mm).