Asian Surveying & Mapping
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From drones to space tech, Japan looks to startups to strengthen its defences
Tokyo is stepping up efforts to harness dual-use technologies...
South Korea’s Space Agency Seeks 47% Budget Hike for 2027; Regular Nuri Launches, Lunar Lander Development to Begin
The Korea AeroSpace Administration (KASA) has proposed a 2027...
Space42 launches Future Spacers Programme to develop UAE space talent
Space42, the UAE-based AI-powered SpaceTech company, has launched the...
US, China arm for space warfare: hunter satellites and orbital weapons
Amid the rapidly-evolving field of military space operations, Beijing...
ISRO Puts India’s First Geo Imaging Satellite In Orbit, PM Modi Hails EOS-05 Launch Aboard GSLV-F17
The Indian Space Research Organisation (Isro) successfully launched EOS-05,...
China releases first nationwide geometric benchmark imagery, setting a unified ‘spatial scale’ for satellite remote sensing
China's Ministry of Natural Resources has released its first...
India to have its own space station by 2035, says ISRO chairman
Speaking at the 14th convocation ceremony of IIT-BHU, ISRO...
Isro will not make any launch vehicle, all tech to be handed to private sector
IN-SPACe chairman Pawan Goenka said Isro is moving launch...
North Korea fires ballistic missiles as US-South Korea drills near end
South Korea has condemned North Korea’s launch ⁠of more...
Orbitworks ships UAE-built Altair-1 to US ahead of October launch
Abu Dhabi-based satellite company Orbitworks has shipped Altair-1, the...

December 15th, 2010
FARO and Gexcel Announce the Release of JRC 3D Reconstructor

FARO and Gexcel, software and solutions provider in the Geomatics sector, announce the release of the new JRC 3D Reconstructor / FaroArm, a Gexcel software solution fully optimized for the FARO Laser ScanArm that enables to overlay high resolution images to 3D models. JRC 3D Reconstructor / FaroArm imports meshes from Geomagic, PolyWorks, RapidForm or other third-party software and exports high resolution, true colour textured models. The typical workflow includes the following steps: Capture 3D data with the FARO ScanArm and export a mesh model, image acquisition with any type of digital camera, mesh model import, camera calibration and texture mapping, and coloured mesh export for 3D modelling software or video generation. The results consist of photorealistic 3D models or 3D meshes with texture in a format compatible with modelling software. Read More