Optical Surfaces has supplied two reflective beam collimators to a leading European supplier of high precision optics to military and defence contractors.

Optical Surfaces’ has announced its custom off-axis paraboloid mirrors for various optical system applications.

Optical Surfaces has developed a proprietary artefact suppression method allowing them to design and produce a novel high magnification reflective beam expander for small aperture laser applications.

Optical Surfaces reports that it has received a follow-up order from Magdalena Ridge Observatory (MRO) to produce three second generation off-axis beam compressors to expand the capabilities of the facility’s optical interferometer.

Optical Surfaces has announced its precision ellipsoidal mirrors for demanding applications in telescopes, beam expanders and high-resolution x-ray imaging instruments.

The OS series of large-diameter mirror mounts from Optical Surfaces are proven to provide a secure platform for larger, high-precision flat, off-axis, and spherical mirrors in stability-critical applications.

Optical Surfaces reports how high precision off-axis parabolic mirrors it is supplying to OPTIKOS Corporation (Wakefield, USA) function as key components for collimation in their OpTest product line of MTF measurement devices.

Etalons are widely used in telecommunications, lasers, and spectroscopy to control and measure the wavelengths of light.

Optical Surfaces is a manufacturer of precision custom and prototype lenses for the most demanding camera, collimator, and optical imaging system applications.

Optical Surfaces Ltd has developed a new modular approach enabling simple set-up of a larger diameter beam expander assembly aligned to your optical experiment.

Optical Surfaces has collaborated with the Institute of Plasma Physics & Lasers at the Hellenic Mediterranean University (Rethymno, Crete, Greece) to develop high quality customised optics, including off-axis parabolic mirrors, as key focusing elements for their 'Zeus' 45 TW ultrashort laser pulse system.

Optical Surfaces has released a large output beam expander optics enabling interferometers to be used for testing of large optical flats up to 600mm in diameter.

Spectrographs are the ‘go to’ scientific instruments used to study the chemical / physical conditions that exist through a cross-section of space. Combined with a terrestrial or spaceborne telescope a spectrograph can reveal the details that are stored in the spectral distribution of light from a distant star or galaxy.

Optical Surfaces Ltd, offer a range of optical mounts designed to mechanically support parabolic, spherical, and flat mirrors from 100 to 600mm (4 to 24 inches) in diameter.

Drawing upon decades of experience, Optical Surfaces is regularly selected by specialist laser research groups including AWE, ELI, LULI, and CLF Rutherford to provide ultra-smooth focusing mirrors and other related optics for the most demanding high-power laser applications.

Looking to develop their next generation of high-resolution holographic diffraction gratings – Wasatch Photonics commissioned Optical Surfaces Ltd. to manufacture two large diameter off-axis parabolic mirrors – key components in their production process.

Optical Surfaces, a specialist manufacturer of large, high precision optical flats and coated flat mirrors including a range of non-circular shapes such as elliptical and octagonal.

Optical Surfaces is a producer of on-axis parabolic mirrors for applications in fundamental, high-power laser physics research.

Optical Surfaces Ltd. reports how strong demand for high precision optics and optical systems from the astronomy, fundamental physics and defence communities has enabled it to exceed its annual sales target after just 7-months of 2022. This follows a 20% growth in sales achieved in the previous 2 years.

Optical Surfaces has developed a compact beam expander that uniquely delivers high magnification (x30) from small aperture (2mm) high power laser beam lines.