Watch this demo to see how the new Leica Cyclone 3DR laser scanning software harnesses simplified point cloud and high-speed rendering technology with smart automation to execute core workflows in the AEC and surveying fields.
OUR STORY
Watch this demo to see how the new Leica Cyclone 3DR laser scanning software harnesses simplified point cloud and high-speed rendering technology with smart automation to execute core workflows in the AEC and surveying fields.
The Leica BLK247 is a reality capture sensor that detects changes within 3D environments and provides real-time situational awareness through edge computing and LiDAR-enabled change detection technology. Designed to be installed for continuous 24/7 reality capture, the Leica BLK247 detects the movement and placement of specific objects within 3D environments.
With the Leica BLK2GO handheld imaging laser scanner, users will experience newfound mobility when scanning complex indoor environments. It’s completely mobile and captures 3D reality in motion!. No longer bound to static scanning positions, the BLK2GO tracks the location and orientation of the scanner in real time to maintain spatial awareness. Product manager, Paula Fortuny Lopez shows how the scanner integrates visual, LiDAR, and edge computing technologies for accurate results.
The use of Ground Penetrating Radar (GPR) technology has been limited to highly skilled professionals trained on interpreting radargrams. The new Leica DSX utility detection solution is changing this by bringing GPR technology to less experienced users. Agata Fischer, Business Director of Detection and Services at Leica Geosystems, explains how this technology is boosting efficiency, as well as digitalising workflows for mapping and utility location.
In this episode, Joel Martin, Laser Tracker Product Manager for Hexagon Manufacturing Intelligence, talks about the newest laser scanner, the Leica ATS600. Joel will demonstrate the first-ever Scanning Absolute Distance Meter, a metrology-grade iteration of this technical principle that can locate a point to within 300 microns from up to 60 metres away. He’ll also illustrate its Variable Point Density feature and the all-in-one design.
Hexagon participated in the SME “3D in the D” Scanning event in Detroit, a project that engaged technology leaders to scan objects of interest from landmark sculptures to historic buildings. One of Hexagon’s projects was to scan a large tiger sculpture at Comerica Park, home of the Detroit Tigers. In this episode, Joel Martin, will share his experiences covering a range of technologies used to scan items of varying size and detail.