2020 GeoMax Total Stations Zoom90 Series
- Year 2020
- Make GeoMax
- Model Total Stations
2020 GeoMax Total Stations Zoom90 Series
2020 GeoMax Total Stations Zoom90 Series
Substantially minimize the time of any survey task and boost your performance and accuracy to the maximum.Substantially minimize the time of any survey task and boost your performance and accuracy to the maximum.
Zoom90 is the ultimate one-man system with significantly increased automation performance, extended reflectorless measurement capability, unmatched Scout-Track-Aim (STReAM360) functionality combined with accXXess EDM technology, and Windows® CE open connectivity.
Thanks to its seamless sensor fusion, the Zoom90 is the ultimate solution.
Features may include:
NavLightFitted as standard in the telescope, the NavLight is an efficient alignment aid, helping to speed up work while setting out. Its flashing red and yellow lights will guide you quickly and exactly to the line of sight.
EDM technology full connectivityGeoMax’s accXess EDM Technology in the Zoom90 provides leading reflectorless measurements up to 3280.84 feet (1,000 meters).
The extra small laser footprint and the sophisticated signal-processing technology ensures the highest accuracy, regardless of the distance or conditions.
Fully roboticGeoTRAil: Supporting this new field software functionality enables the Zoom90 to catch your prism based on the GNSS position transferred from your field controller. Due to its seamless integration in various field software solutions, it is simple and easy to use.
Scout: In addition to GeoTRAil the Zoom90 incorporates the Scout technology where a vertical laser fan is emitted from the rotating instrument. As soon as reflections from a prism are received, the Zoom90 accurately aims towards this prism.
TRack: Another element of the STReAM360 is the tracking functionality; the Zoom90 is continuously tracking the target. Once locked onto, the instrument remains accurately aimed even on fast moving targets.
AiM: The Zoom90 aims accurately at any prism, without the need to look through the telescope. Highly reliable measurements are performed automatically and are consistently repeatable.