HC Photonics Corp.
HC Photonics Corp.
F4, No. 2, Technology Rd. V
Hsinchu Science Park, Hsinchu 300
|Tel.:||+886 3 666 2123|
|Fax:||+886 3 666 2124|
HCP specializes in custom solutions of optical wavelength converters for initial development and commercialization of project and product based on periodically poled nonlinear materials – MgO:PPLN/PPLT bulk and waveguide crystals and also fiber-packaged mixers. HCP provides cost-effective and fast turnaround products for full spectrum applications range from UV to mid-IR and THz, enabling scientific and industrial applications, e.g. quantum information, organic gas sensing, bio-medical surgery and others.
HC Photonics has the following distributors:
- GWU_Lasertechnik_Vertriebsgesellschaft_mbH: Germany
- Opton_Laser_International: France
- Shang_Hai_Yuchen: China
- Bi_pol: Israel
|Product||Description (only for enhanced product entries)|
|frequency doubling (nonlinear crystals and related equipment for …)|
Stock periodic poled MgO:LN (PPMgO:LN) crystals/modules are provided for frequency doubling/SHG application from 976 nm to 2300 nm.
|nonlinear crystal materials|
We offer periodically poled MgO:LN and MgO:LT crystals/waveguides for highly efficient optical wavelength conversion (SHG, SFG, DFG, OPO, OPG) from UV to mid IR and THz.
|periodic poling (periodically poled nonlinear crystals)|
Stock and customized periodically or aperiodically poled MgO:LN and MgO:LT crystals and waveguides are provided for highly efficient optical wavelength conversion from UV to mid-IR and THz.
|quasi-phase matching (periodically poled nonlinear crystals)|
Periodically or aperiodically poled MgO:LN and MgO:LT crystals and waveguides are provided for highly efficient optical wavelength conversion from UV to mid-IR and THz.
Periodically poled MgO:LN nonlinear waveguides for extremely efficient optical wavelength conversion and quantum information applications are now available!
|frequency quadrupling (nonlinear crystals and related equipment for …)|
|frequency tripling (nonlinear crystals and related equipment for …)|
|laser viewing cards|
|sum and difference frequency generation (equipment for …)|