Optech Announces Its 7th International Terrestrial Laser Scanning User Meeting

by | Feb 19, 2014

TORONTO, Feb. 11, 2014”Optech, the world leader in the development, manufacture and support of high accuracy lidar 3D survey systems and productivity-enhancing workflow software, is pleased to announce that it will be holding its 7th International Terrestrial Laser Scanning User Meeting on June 12-13, 2014, in Rome, Italy.

Optech clients and expert users of static and mobile land-based scanning technologies will share their experiences and suggestions for best-practice implementation in an increasingly dynamic market. Presentation topics will include monitoring natural hazards and man-made structures, techniques for efficiently mapping large natural and urban landscapes, modeling inaccessible features, and analyzing lidar data sets.

With ever-increasing data and imagery collection data rates, users are constantly seeking effective processing and data handling methods. Automated solutions aimed at improving collection methods and streamlining post-processing workflows will be presented here, says Dario Conforti, Optech Worldwide Channel Partner Manager, Terrestrial Laser Scanner Products.

Optech hosts regular user events for its clients and representatives in terrestrial and airborne mapping. These events disseminate useful information and techniques. In addition, by listening to its clients, Optech ensures that its leading-edge technology is focused on real-world mapping and surveying needs.

The call for presentations is now open. Please submit your abstracts via our website at http://www.optech.com/ugm2014/.

About Optech

Optech is the world leader in high-accuracy lidar 3D survey systems, integrated cameras, and productivity-enhancing workflows. With operations and staff worldwide, Optech offers both standalone and fully integrated lidar and camera solutions in airborne mapping, airborne lidar bathymetry, mobile mapping, terrestrial laser scanning, mine cavity monitoring, and industrial process control, as well as space-proven sensor

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