Products

Cateye, Littrow and SAF-diode lasers. Wavelengths range from 630-1620nm, with output powers up to 200mW. Our cateye filter design offers narrow linewidth and inherent self-aligning stability, plus the option of our industry-leading high modulation bandwidth using our novel intracavity phase modulator. Our grating-based Littrow laser feature unique flexure-based grating alignment, realtime in-situ laser focus adjust, and mode-hop-free scan range up to 100 GHz with dual-piezo option.
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Tapered and injection-locked amplifiers. Ranging from 370-1120nm with power up to 5W. Both internal and external seeding options available. Amplifier and seed fibre-coupling outputs, ASE suppression also available with user-replaceable diodes and components.
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Ytterbium and erbium doped active fibre with output power from 1 W to 25 W. Product range includes compact systems with internal tunable seed laser, and options for frequency doubling and mixing to achieve a wide range of wavelengths.
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The MOGLabs MSL linear cavity SHG system allows highly efficient frequency doubling of laser light over a broad wavelength range, including 740/370, 798/399, 922/461, 960/480 and 1020/510nm.
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Low-noise controllers for tunable lasers, complete with lock-in amplifier and feedback servos, everything you need to lock your laser to an atomic resonance. Also high-current controllers for tapered amplifier diodes and an ultra-fast feedback servo for high-bandwidth laser locking.
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Two and four channel agile RF sources. The XRF uses a fast FPGA and precision ADC to enable high-bandwidth analogue modulation of RF parameters. It also provides automated table execution with 16ns timing, TTL on/off control, 16 bits of flexible digital I/O, and built-in PID feedback. For simpler demands, our QRF has four channels, also with analogue modulation and automated table execution with 5us timing.
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Fizeau and diffraction based wavelength measurement. The FZW Fizeau wavemeter is fully self-contained (no computer requred), with USB and ethernet connectivity, and 3-sigma uncertainty of 600 MHz from 350nm to more than 1250nm, and can be combined with our 2/4/8-way switchers for measuring multiple lasers. PID-control is built in for up to 8 lasers. Our economical MWM is perfect for teaching labs or confirming your laser is operating single-mode.
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