Experience the Birth of Photonic Crystal Fibers

Join us for a quick two-minute animation of our photonic crystal fiber manufacturing process. Here’s what you’ll see:
Chemical vapor deposition creates highly pure silica. Silica tubes are meticulously stacked according to our designs and drawn at 2000°C. Next, the fiber core attains its final structure and gets a layer of cladding. Finally, the advanced photonic crystal fiber is drawn and coated with a protective polymer layer.
Photonic crystal fibers are widely used for Optical Sensing, Laser Technology, Supercontinuum Generation, Nonlinear Optics, Biomedical Imaging, Spectroscopy & Microscopy, Aerospace & Defense, Device Characterization, Sorting & Quality Control, Quantum Computing & Sensing, and the list goes on…
Learn more about Photonic Crystal Fibers and lasers on our web: www.nktphotonics.com/news/a-q...