Portrait

COMPANY PROFILE

Founded in 1994, Frankfurt Laser Company (FLC) is a private company engaged in development, production and distribution of a wide range of laser diodes and incorporating them products - laser diode modules, diode-pumped SS frequency-doubled lasers and OEM modules. As complementary products FLC supplies SMT laser diode drivers and collimator optic, laser diode headers and caps, a range of MIR and rare-earth-doped optical fibers.

Utilizing access to the most modern technologies world-wide (Germany, USA, Japan,) combined with lowest prices on the market, FLC is proud to provide the high quality products at the most affordable prices whether OEM quantity or custom design tailor made for a specific application. To name some - IR laser diode with absolutely homogeneous light distribution, SM laser diodes 730nm, 740nm, 760nm, 770nm, SM 790-980nm 150mW, 1550nm 15mW, a series of laser diodes 1000nm -1700nm. Many products are delivered ex-stock.

FLC based its strategy in making the happy customer the #1 priority in its business. We provide you with test samples ex-stock and will take them back free of charge if you are not satisfied. Our experienced engineers are ready to develop any OEM product you look for. Due to low administrative and overhead expenses and technical expertise FLC is ready to support any project involving semiconductor laser/LED/optic both engineering- and price-wise.

Frankfurt Laser Company -your reliable partner for opto-electronic components.

. LASER DIODE MODULES, GREEN DPSS LASERS .

Laser diode modules are designed to produce a monochromatic coherent radiation low divergence beam. They can be used for research, adjustment, pointing and targeting operations, in demonstration purposes, etc.

The possibility of using a wide variety of diode lasers as a light source enables to chose the required wavelength and power output.

Collimating lenses with different focal length and numerical aperture and variable optical accessories are used to form a laser beam which enable to transform collimated beam into a line, split it in two, feed into a fiber, limit the beam diameter and transform the beam into diffraction image line.

Single-mode radiation and high stability of radiation parameters enable to use the modules in precision measurement systems.

Low input voltage and operating current provide for self-contained module operation for a long period of time.

Small size and weight of the modules permit to use them in portable devices.

Customer design is available.