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TEMTO Technology, a manufacturer of precision optical components, is featured on GoPhotonics for its range of windows, mirrors, lenses, beamsplitters, and optical filters designed for advanced photonic systems. The company focuses on accurate optical transmission, high reflectivity, stable beam control, and broadband performance across ultraviolet, visible, and infrared wavelength ranges. Its products combine substrates such as fused silica, BK7, sapphire, N-SF1, and Schott glass with coatings including aluminum, protected silver, and BBAR for reliable optical efficiency and durability. These components are built with precise tolerances, controlled flatness, and high surface quality to ensure stable integration in optical systems. TEMTO Technology solutions are widely used in spectroscopy, imaging systems, laser systems, optical measurement, beam steering, projection optics, astronomical optics, and research and industrial photonic applications.
WIN1401 - UV Fused Silica Optical Window for Spectroscopy Applications
The WIN1401 is a UV-grade fused silica optical window that operates over a wavelength range from 200 to 1100 nm. It is designed for high optical precision with low transmitted wavefront distortion, high surface quality, precise parallelism, and an uncoated surface configuration. The window also incorporates a bevel/chamfered edge design with tight dimensional tolerances for accurate optical integration. It is ideal for UV optics, spectroscopy, imaging systems, laser systems, and precision optical instrumentation.
MPF0201 - Flat Mirror for Beam Steering Applications
The MPF0201 is a protected silver flat mirror that has a a high reflectivity across the visible and infrared spectrum with low surface distortion and precise surface flatness for stable optical performance. It features high surface quality, accurate parallelism, and a protected coating design for enhanced durability. This mirror is manufactured using fused silica substrate material for reliable optical transmission characteristics and mechanical stability. It is available in a round flat mirror configuration with protected silver coating and precision dimensional tolerances. It is ideal for laser systems, infrared optics, beam steering, spectroscopy, imaging systems, and precision optical instrumentation.
OBL2080 - Ball Lens for Imaging Optics Systems
The OBL2080 is a ball lens that operates for optical imaging and beam shaping applications requiring spherical lens geometry. It is a spherical optical lens with an 8 mm diameter designed for controlled light focusing and imaging performance. It is manufactured with a sapphire substrate material to support stable optical transmission and mechanical durability. It features a diameter of 8 mm with a diameter tolerance of ±0.05 mm for precise optical alignment. It provides a 60-40 scratch-dig surface quality to ensure controlled optical surface performance. This lens is available as a precision spherical ball lens with standard optical lens configuration. It is ideal for optical measurement systems, projection optics systems, imaging optics systems, and astronomical optics.
BSP0504 - Cube Beamsplitter for Measurement Systems
The BSP0504 is a cube beamsplitter that operates at a wavelength range from 450 to 1600 nm. It is designed as a polarizing cube beamsplitter supporting multiple spectral bands including 450 to 680 nm, 650 to 850 nm, 900 to 1200 nm, 1200 to 1550 nm, and 1200 to 1600 nm for broadband optical system compatibility. It is based on a cube construction using N-SF1 substrate material with BBAR coating for controlled beam splitting performance. It features high polarization selectivity with defined reflectance and transmittance behavior for Rs, Rp, Tp, and Ts components. It provides precise optical alignment with high extinction ratio, low surface distortion, and controlled parallelism for stable beam propagation. It is available in a precision cube form factor with standard dimensional tolerances and defined clear aperture. It is ideal for projection optics systems, measurement systems, imaging systems, and optical display systems.
FNG2200 - Neutral Density Filter for Spectroscopy Applications
The FNG2200 is a neutral density filter that operates at a wavelength range from 250 to 2500 nm. It is designed as a round optical filter with Schott colored glass substrate to provide controlled attenuation across ultraviolet, visible, and infrared spectral regions. It provides uniform optical transmission reduction across the specified spectral band for consistent power control in optical systems. It features a clear aperture and precision circular geometry to support stable beam propagation and system integration. It also provides high surface quality, controlled flatness, and precise parallelism for reliable optical performance. It is available in a standard round filter configuration with defined dimensional tolerances and mounting compatibility. It is ideal for optical attenuation, laser power control, imaging systems, spectroscopy, and UV-Vis-IR broadband applications.
With its portfolio of optical windows, mirrors, lenses, beamsplitters, and optical filters, TEMTO Technology enables precise optical transmission control, stable beam shaping, and reliable performance across UV, visible, and infrared photonic systems. By combining substrates such as fused silica, BK7, sapphire, N-SF1, and Schott glass with coatings including aluminum, protected silver, and BBAR, the company delivers efficient, durable, and low-loss optical components. TEMTO Technology’s focus on tight tolerances, high surface quality, and stable optical design ensures reliable integration in demanding optical systems. Its products are widely used in spectroscopy, imaging systems, laser systems, optical measurement, beam steering, projection optics, astronomical optics, and industrial and research applications.
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