How Precision Optical Mirrors Increased LiDAR Detection Range by 2 km
How precision optics boosts 1550 nm LiDAR range and signal fidelity — a real 13% system improvement case study.
Blog
Thin Layers, Big Impact: I-Photonics Innovations in BBAR Coatings
In this edition, we highlight broadband anti-reflection (BBAR) coatings engineered for the critical 8–14 µm LWIR range. By minimizing surface reflections on ZnS and Ge optics, these multilayer coatings achieve transmission levels above 94–98%, unlocking higher sensitivity and performance in thermal imaging, laser systems, and IR sensors.
BBAR Coatings: Thin Layers, Big Impact on Optics | I-Photonics Blog
High-Performance Short-Wave Pass Filter with Strong Blocking in the NIR Region
In this edition, we present a cutting-edge short-wave pass filter designed for superior blocking in the near-infrared (NIR) range. Featuring a highly transparent visible passband and ultra-steep edges, this filter enhances contrast and sensitivity for applications like biomedical imaging, laser-induced fluorescence, and precision spectroscopy.
Ultra-High-Reflectivity Super Mirrors by Ion Beam Sputtering (IBS)
I-Photonics UAB creates super mirrors with record-high reflectivity and ultra-low optical losses for the most demanding optical systems. Using advanced Ion Beam Sputtering and precision surface engineering, the company delivers components that meet the needs of quantum optics, interferometry, and other ultra-sensitive applications.