The laser scanner works by shining a laser at the object that needs to be 3D-scanned. The surface of the object reflects the laser light. The 3D scanner records this reflection, and it is, therefore, possible to determine the location of a point in space.
Laser scanners are very mobile measuring devicesand are particularly suitable for 3D-scanning buildings.
Every 3D scanning and reverse engineering technique has its strengths. We analyze your project requirements and consult you on what technique will yield the best results.
A kind of hybrid system. A laser probe is used to 3D-scan at close range (accuracy ±0.1 mm), while the laser tracker maintains permanent contact and ensures accuracy over distance (up to 100m).
A laser probe is mounted on a movable arm. Partsup to 2m can be very accurately 3D-scanned with this device (accuracy ± 0.1 mm).
The 360° laserscanner is used primarily on construction sites or for the inside of buildings. The laser scanner stands on a tripod and 3D-scans everything around it (360°).
Inside the 360° laser scanner, a rotating mirror redirects a laser beam in all directions. The laser is reflected off the object’s surfaces around the scanner. The laser scanner detects the reflection, and thus, a point in 3D-space can be determined.
The 360° laser scanner weighs only a few kilograms and can be easily transported and set up. After each 3D scan, the position of the scanner is changed. In a single day, up to one hundred 3D scans are created, which are later merged using software.
The 360° laserscanner is used primarily on construction sites or for the inside of buildings. The laser scanner stands on a tripod and 3D-scans everything around it (360°).
Inside the 360° laser scanner, a rotating mirror redirects a laser beam in all directions. The laser is reflected off the object’s surfaces around the scanner. The laser scanner detects the reflection, and thus, a point in 3D-space can be determined.
The 360° laser scanner weighs only a few kilograms and can be easily transported and set up. After each 3D scan, the position of the scanner is changed. In a single day, up to one hundred 3D scans are created, which are later merged using software.
The 360° laserscanner is used primarily on construction sites or for the inside of buildings. The laser scanner stands on a tripod and 3D-scans everything around it (360°).
Inside the 360° laser scanner, a rotating mirror redirects a laser beam in all directions. The laser is reflected off the object’s surfaces around the scanner. The laser scanner detects the reflection, and thus, a point in 3D-space can be determined.
The 360° laser scanner weighs only a few kilograms and can be easily transported and set up. After each 3D scan, the position of the scanner is changed. In a single day, up to one hundred 3D scans are created, which are later merged using software.
We offer a professional 3D scanning service as well as a 3D scan to CAD conversion service.
Feel free to contact us for a personalized consultation for your individual project.”
