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Our MOPO1, MOPO2, and MOPO3 are designed for 1064nm pump, signal and idler wavelengths from 1345nm to 5145nm.
View MOPO crystals
Our MSHG1550 range is designed for SHG of NIR light from a laser source around 1530-1620nm wavelength. Suitable for high power CW to femtosecond sources.
Our PPLN ovens are specially designed to provide secure mounting and robust thermal stability for our PPLN crystals.
View PV OvensWe offer volume manufacture of crystals for OEM systems. Our team will support you throughout the prototype development phase, to engineer a crystal tailored to your application.
Find out why Covesion is the right solution for your product.
View Products Why Covesion?
Born from our proprietary PPLN technology, Covesion continues to strengthen and expand its engineering capabilities. Our R&D team work in global collaboration with academic and industrial partners to develop the knowledge and technology of new application areas.
View Products View CollaborationsOur dedicated sales engineers provide advice and support to customers from academic institutions across the globe helping them find the right crystal for their system. Our crystals, ovens and accessories are designed for the research lab, to be robust in their daily usage, and to be flexibly integrated into any system.
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15 May 2017
Welcome to the new Covesion website with some new features including 20 new products, our blog with articles on MgO:PPLN systems, and a more comprehensive publications listing.
Read More19 April 2017
Covesion's range of MSFG crystals are most commonly used in quantum optics systems where narrow linewidth lasers are needed to access specific atomic transitions in order to manipulate and cool atoms and ions. Cooling lasers with Watt level powers are readily achievable by using high power fibre pump lasers for sum frequency generation in MgO:PPLN.
Read More12 April 2017
One of the most common applications of our crystals is for the generation of femtosecond pulses at around 780nm which can also be used as a low cost and compact alternative to the Ti:Sapphire laser. This is typically achieved by frequency doubling a high power 1560nm fibre source using a 1mm long MgO:PPLN crystal (MSHG1550-0.5-1) at room temperature (no PPLN crystal oven needed). Such a source can be used in microscopy systems for live-cell imaging, or terahertz time-domain spectroscopy where chemical fingerprints can be identified for homeland security applications.
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