These extended InGaAs arrays enable spectroscopic detection of chemical species like glucose, capturing key absorption peaks up to 2.2 µm for precise qualitative and quantitative analysis.

Advances in OCT using SWIR wavelengths and high-speed linescan cameras enable deeper, faster 3D tissue imaging, improving diagnostic precision across ophthalmology, endoscopy, and dental applications.

Life Science Optics (LSO) partners with startups and global OEMs, offering proven precision, field reliability, and end-to-end support to solve complex imaging challenges efficiently.

IDEX Health & Science delivers fully integrated optical solutions, from quick-turn breadboards to high-volume systems, powering advanced imaging for life science, diagnostics, and industrial applications.

SkyBrite™ lint-free photonic wipes clean optics, connectors, PICs, and machines. Blue color darkens when wet for visual solvent control. 250/case.

As PICs, waveguides, and fiber arrays move toward scalable applications, post-dicing facet preparation can play a critical role in optical coupling, insertion loss, repeatability, and downstream packaging success.

See how KrellTech’s loose fiber bundle workflow supports repeatable handling from preparation and loading through polishing and inspection. The process is designed for controlled endface processing and efficient inspection, with the flexibility to inspect in-line or offline without re-referencing before additional polishing.

See how KrellTech demonstrates fiber optic connector repair using an FC/UPC connector, combining controlled polishing with in-line inspection while the component remains fixtured. This workflow helps reduce handling between steps, speed endface evaluation, and support repeatable connector repair, process development, and lab work across a range of connector styles.

Learn to optimize fluorescence-based assays by balancing “good” versus “bad” photons, using cost-benefit analysis and modeling tools to maximize performance while staying within budget.