Leica AT960 laser tracker with T-Scan 5 available

After a longer system rental abroad, we now have another Leica Lasertracker AT960 for service and rental business. The system also includes a T-Scan 5 handheld scanner.

Both systems have recently been tested, supplied with the latest firmware versions and the possible user calibrations have been carried out in our own measuring room!

A pre-configured scanning laptop is provided to operate the laser tracker in conjunction with the T-Scan 5 to ensure rapid deployment.

The laser tracker comes with a mobile carbon tripod recommended by the manufacturer, which was specially developed for the AT960 (according to the manufacturer, lighter tripods may cause vibrations). If you need a mobile tripod, you should use this one (although the operation with a mobile Faro tripod in the measuring room did not cause any problems).


System Info:

The T-Scan 5 is a 6DOF line scanner "Leica T-SCAN 5", which can only be operated in conjunction with a "dependent" laser tracker, i.e. currently Leica AT901 or Leica AT960. In conjunction with the laser tracker system, the "T-Scan" enables area-based point recording by the line scanner at a measurement rate of approx. 210 kHz within the defined working range (max. 10 m to the LT) of the laser tracker. The scan distance is 150 mm ± 50 mm, whereby a scan width of max. 100 mm can be achieved. The T-Scan is distributed by Hexagon and was originally developed by Steinbichler (now Zeiss). Usually the scanner is hand-guided by the user, but it can also be automated by e.g. robots in "measuring cells".

More technical data about the measuring system can be found here: https://www.sigma3d.de/fileadmin/Webseiten-Daten/Dokumente/VermietungProduktPDFs/Vermietung_Lasertracker_Leica_AT960.pdf

T-Scan 5 in action: www.youtube.com/watch


The manufacturer gives the following measurement uncertainty::

Uncertainty Room lengths (2s)

UL = ±60 µm unter 8,5 m


UL = ±26 µm + 4 µm/m über 8,5 m

Uncertainty sphere radii (2s)

UR = ±50 µm unter 8,5 m


UR = ±16 µm + 4 µm/m über 8,5 m

Uncertainty flat surfaces (2s)

UP = ± 80 µm + 3 µm/m