Fiber coupling

Note: That while fiber couplers efficiently split input light into multiple outputs, they are not suited for combining multiple beams into one due to a 50% light loss at each combining point. Multiple beams can be combined at low loss by utilizing differences in wavelength, polarization, or beam size.

Tutto ciò non ci ha impedito di sviluppare sistemi di riconoscimento e visione artificiale che superassero i limiti imposti dalla complessità delle modalità di acquisizione grazie alla capacità di proporre sempre soluzioni ad hoc per ogni necessità in questo ambito.

Optical coupler

Le nostre soluzioni di visione artificiale si rivolgono a clienti che necessitano di applicazioni caratterizzate da una complessa modalità di acquisizione delle immagini, influenzata dalle condizioni in cui viene effettuata la lettura.

Thorlabs collimator

We offer a comprehensive range of fiber optic couplers/splitters based on three fabrication methods: fusion, micro-optics, and waveguide (PLC). Fusion couplers feature the lowest loss (0.3dB) and the highest optical power handling with a wavelength bandwidth of ±40nm. Micro-optic couplers overcome fused coupler shortcomings, achieving ultra-broad wavelength bandwidth (±200nm), a high polarization extinction ratio (>30dB), and good temperature stability. This platform’s flexibility enables cost-effective integration of filters and polarizers. Planar Lightwave Circuit (PLC) couplers offer a compact size with a large fiber port count, broad wavelength bandwidth (±200nm), and low cost, though they have higher fiber coupling loss and lower optical power handling due to organic epoxy in the light path. Our premium-grade couplers/splitters support various fiber types, including single-mode (SM), multimode (MM), polarization-maintaining (PM), and double-clad (DC) fibers, across wavelengths from 400nm to 2000nm, optical power up to 100W, and operating temperatures up to 300°C. We also offer couplers/splitters with electrically variable ratios. We have an in-house production operation to meet the made-in-the-USA requirement.

Progettiamo e realizziamo sistemi di visione artificiale per applicazioni di ispezione visiva e controllo qualità, integrandoli con dispositivi industriali di controllo e movimentazione.