11.24.25 -- Red Light For Brain Therapy, Emerging Applications Of Optical Interconnects, 5 Keys To Micro-Molding Production Success & More

The ISABEL trap, which deploys interferometric scattering as a highly sensitive, fluorophore-label-free detection scheme, enables precise interpretation of the actions of complex biomolecular nanoparticles.

Explore how AR coatings boost transmission and contrast across biomedical and life science systems, delivering reliable performance on quartz, BK-7, and diverse optical substrates.

PbS/PbSe detectors deliver fast, sensitive mid-IR gas analysis for life sciences, enabling precise capnography, medical monitoring, and environmental control with compact, reliable, OEM-ready integration.

Discover proven optical solutions for biomedical and FDA-regulated devices, offering advanced coatings and application-driven engineering for consistent, reliable performance across demanding environments.

Optical interconnects are indispensable for modern communication infrastructure, from the Internet backbone to chip technology. As data volumes grow, learn how its evolution will remain pivotal for innovation.

Fluorescence-based systems transform visualization and detection of cells and biomolecules, yet issues like bleed-through, autofluorescence, and low signal-to-noise ratios can limit their effectiveness.

Early design collaboration, smart material selection, and precise micro-molding enable consistent, high-volume production of ultra-small, complex parts that deliver reliable performance and value.

Examine how expertise in system assembly and alignment, along with a unified approach, can bolster the quality and efficiency of your life science optical system.