Mantenha-se a par dos mais recentes desenvolvimentos em tecnologia e produtos LiDAR. De novos lançamentos e avanços de desempenho a tendências e aplicações da indústria, aqui você encontrará as notícias e análises mais relevantes sobre LiDAR.

Explore as inovações que moldam o futuro da cartografia, automação e sensoriamento 3D.

12 de novembro de 2025

Fotônica Integrada da Ommatidia na Laser World of Photonics 2025

Na Laser World of Photonics 2025, a Ommatidia apresentou seu Q2 Laser RADAR de próxima geração durante uma palestra do Engenheiro Optoeletrônico Francis (Yu) Tian. Sua apresentação destacou como a fotônica integrada está possibilitando sistemas LiDAR mais rápidos, mais compactos e altamente escaláveis — marcando um grande avanço na detecção de precisão e metrologia estrutural.

Bridge structural-health-monitoring questions

Connect bridge deflection, vibration and absolute-distance measurements with synchronized references for structural assessment and maintenance planning.

What can Laser RADAR measure on a bridge?

Coherent Laser RADAR combines absolute distance, non-contact surface velocity and displacement across the bridge. The synchronized result supports deflection profiles, dynamic-response maps, operational comparisons and repeatable monitoring campaigns.

How does optical monitoring complement contact sensors?

Optical measurement covers many bridge points without installing and wiring a sensor at every location. Synchronized accelerometers, displacement transducers and load references add direct correlation with the bridge excitation and operating state.

What information is needed to plan a bridge measurement?

A bridge measurement plan maps the span, target surfaces, stand-off views, expected motion, traffic or test loads, synchronized references and required outputs into one coordinated campaign. Surface-return checks and registered measurement coordinates make repeated surveys consistent.

How does Laser RADAR strengthen bridge inspection and structural assessment?

Laser RADAR delivers absolute distance, deflection and vibration data for the bridge state under test. Engineers can align these measurements with loads, boundary conditions, inspection findings and structural models to build a clear assessment and maintenance plan.