Hi -1060 compatible SCOF for SM signals delivery at 1µm
15/130 0.08/0.46 passive matched DCOF for high power fiber laser
20/400 0.06/0.46 passive matched DCOF for 1µm high power fiber laser
25/250 0.06/0.46 passive LMA DCOF for 1µm high power fiber laser
9/125 0.14/0.46 passive SM for radiation sensing
NOTE: Fibers can be customized to user requirements
Comment: Can be ordered “off-the-shelf” or can also be considered as a reference for required customization
Comment: Can be ordered “off-the-shelf“ or can also be considered as a reference for required customization
Comment: Can be ordered “off-the-shelf“ or can also be considered as a reference for required customization
Comment: Can be ordered “off-the-shelf“ or can also be considered as a reference for required customization
Comment: Can be ordered “off-the-shelf“ or can also be considered as a reference for required customization
Yb 15/130 0.08/0.46 ytterbium doped DCOF for medium power fiber laser
Yb 20/400 0.06/0.46 ytterbium doped double clad for high power fiber laser
DCYbF 6/130 0.15/0.46 ytterbium highly doped for medium power fiber laser
NOTE: Fibers can be customized to user requirements
Comment: Can be ordered “off-the-shelf“ or can also be considered as a reference for required customization
Comment: Can be ordered “off-the-shelf“ or can also be considered as a reference for required customization
Comment: Can be ordered “off-the-shelf“ or can also be considered as a reference for required customization
10/125 PM 0.075/0.46 passive polarization maintaining DCOF
NOTE: Fibers can be customized to user requirements
Comment: Can be ordered “off-the-shelf“ or can also be considered as a reference for required customization
(6+1)×1 fiber combiner is used for high power fiber lasers. It combines six fiber coupled pump diode laser modules and one signal channel into one double clad fiber. All fiber types can be customized to user requirements
Comment: Can be ordered “off-the-shelf“ or can also be considered as a reference for required customization
A fiber Bragg grating FBG) is an optical reflector that is used for many applications, from temperature and strain sensing to reflectors in fiber lasers. The Israeli Center for Advanced Photonics inscribe FBGs using Ti: sapphire femto second aser and phase-mask PM) technique. According to the PM, the wavelength and bandwidth can be controlled. FBGs array can function as an array of sensors under a single fiber. We can supply FBGs in standard single mode SM) fiber or specialist fiber. Inscription techniques may involve the removal and reinstatement of the fiber’s coating; writing through the coating is optional as well.
Comment: Can be ordered “off-the-shelf“ or can also be considered as a reference for required customization
