Surveying Industry News

FARO Technologies has published release notes for its InTouch software platform, marking the latest update to the company's suite of measurement and surveying solutions. The documentation, available through FARO's Knowledge Base, reflects ongoing development efforts to enhance functionality for field professionals.

FARO Technologies has released significant updates to Zone 3D, a specialized software component within the FARO INSIGHT platform designed to streamline scene investigation processes. The enhancements target law enforcement and forensic professionals conducting crime scene documentation, accident reconstruction, and forensic analysis work.

FARO Technologies has unveiled enhancements to Zone 3D, its scene investigation software platform within the FARO INSIGHT suite. The updates aim to strengthen capabilities for forensic professionals and law enforcement agencies conducting detailed crime scene documentation and analysis.

FARO Technologies, a leading provider of 3D measurement and imaging solutions, has updated its leadership structure as part of strategic initiatives to enhance innovation and market positioning. The changes reflect the company's commitment to advancing technology in the surveying and dimensional metrology sectors.

FARO Technologies has upgraded its CREAFORM laser line probe technology to significantly reduce the time required to convert measurement data on difficult surface types. The enhancement addresses a critical bottleneck in 3D scanning workflows, particularly for applications involving complex material properties.

FARO Technologies has introduced Zone Software, a new tool designed to enhance data processing capabilities for surveying professionals. The software aims to improve efficiency and accuracy in handling complex survey datasets.

FARO Technologies has published detailed technical guidance on interpreting LED status indicators for its Edge FaroArm equipment. The documentation enables users to quickly diagnose device states and operational conditions through visual signal interpretation.