FIRST IN PHOTONICS
MOGLabs is a company of in-the-lab scientists and engineers, people that know what you need because they've come from labs like yours. They supply products which balance outstanding performance, superb features, high-quality design, excellent ergonomics and moderate cost.
Their products are the result of years of active laboratory development by research students and scientists using diode lasers all day everyday.
The MSA seeded amplifier uses the unique inherently self-aligned MOGLabs cateye laser with its very low frequency drift and industry-leading passive linewidth.
Our new Littrow configuration extended cavity diode laser with monoblock chassis, the linewidth is routinely below 200kHz and can easily achieve sub-100kHz.
The MOGLabs cateye diode laser offers a new twist in external cavity diode lasers. A cateye reflector and ultranarrow filter replace the alignment-sensitive diffraction grating of conventional Littrow and Litman-Metcalf designs.
A Standalone compact wavelength measurement device based on Fizeau interferometers, providing reliably accurate measurements over a wide range of wavelengths (400-1100nm) without recalibration.
A compact and economical grating-based laser wavelength measurement device, with integrated display and ethernet/USB connectivity.
The FSC is an ultra-fast PID servo controller for high-bandwidth laser locking, with separate control loops for fast (current) and slow (piezo) feedback for complete control of laser frequency. The control loop can be optimally tuned for cavity locking, linewidth narrowing or beatnote offset locking applications.
The LDD is designed for use with our MOA/MSA series of tapered amplifiers, as well as high-power diodes for lasers and fibre amplifiers.
The MOGbox DLC202 laser diode controller is the world's first all-in-one controller for driving and frequency locking an external cavity diode laser.
The MOGLabs AAD is an economical VCO-based AOM driver that is designed to replace the ubiquitous chain of discrete RF components found in many labs for driving simple AOMs. Includes frequency tuning, amplitude control, TTL switch and power amplifier on a single low-cost board.
The MOGLabs ARF and XRF AOM drivers provide two channels of agile RF digital frequency synthesis, with optional high-power amplifiers. Includes built-in high-bandwidth AM/FM/PM as well as a PID feedback servo for use as an optical noise eater. Build upon a high-speed FPGA controlling AD9910 DDS cores, and uses a separate microcontroller for simple communication and control.