Application optimized off-axis parabolic mirrors
Optical Surfaces Ltd offers custom off-axis parabolic mirrors with a wide variety of coating options optimised for the most demanding high-power laser, defence, aerospace, spectroscopy and astronomy applications. Off-axis parabolic mirrors (OAP’s) combine the...
Debris shields extend life of high-power laser optics
Optical Surfaces Ltd is a leading supplier of larger diameter debris shields for high energy laser applications. Debris shields are used to prevent damage to critical high precision optical components in beam delivery systems caused by dust, shrapnel and fragments...
Telescope optics for military and aerospace surveillance
Optical Surfaces Ltd is an established supplier of Ritchey-Chrétien (RC) telescope optics for high precision surveillance applications. Typically incorporating primary and secondary hyperbolic mirrors – RC designs offer compactness, a good field of view and are free...
Ultra smooth hyperbolic mirrors
Drawing upon its uniquely stable production facility – Optical Surfaces Ltd. has established itself as a leading supplier of larger diameter hyperbolic mirrors and the extremely tight tolerances and accuracy that these optics demand. Hyperbolic mirrors are used...
High specification optical flats for custom interferometer
Optical Surfaces Ltd has received an order from Armstrong Optical, a leading UK supplier of optical metrology instruments, to supply high specification transmission and reference flats for a custom interferometer. Being built for a leading defence contractor the...
Simplifying beam diagnostics with a laser beam reducer
Optical Surfaces Ltd is a leading supplier of modular and standalone reflective beam reducers to laser facilities looking to perform accurate diagnostics and precise measurements on their beamlines. A reflective beam reducer is a device that uses mirrors to reduce the...
Improving the lifetime and performance of high-power laser mirrors
Optical Surfaces Ltd reports how its proprietary smoothing techniques largely eliminate surface microcrack damage from the off-axis parabolic mirrors it produces for high-power laser applications. As a result, the achievable performance and operational lifetime of...