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UQG Optics, a provider of precision optical components, is featured on GoPhotonics for its broad portfolio of prisms, sapphire windows, lenses, and optical filters designed for advanced imaging, beam control, and optical instrumentation systems. The company focuses on high precision optical transmission, stable beam steering, spectral filtering, and durable substrate engineering to enable accurate light manipulation, reliable imaging performance, and efficient optical system integration across scientific, industrial, medical, and engineering applications. Its solutions combine BK7 and sapphire substrates, broadband visible to near-infrared optical operation, high surface quality finishing, and tightly controlled geometric tolerances to ensure consistent optical performance and mechanical stability. These products are widely used in imaging systems, optical instrumentation, laser systems, medical devices, scientific research, and industrial photonics applications.

PRA-1515 - Right Angle Prism for Optical Instrumentation Applications

The PRA-1515 is a right angle prism designed for beam steering and image redirection applications. It is based on a BK7 substrate and operates across visible and near-infrared wavelengths. It features an equilateral triangular right angle prism geometry and is supplied in an uncoated configuration for broadband optical use. It provides precise beam deviation and alignment control through its right angle design. It delivers a 90 Degree ray deviation with controlled angular performance. It is compliant with RoHS standards and supplied as a standard BK7 right angle prism. It is ideal for beam steering, image inversion, periscopes, optical instrumentation, and laser-based imaging systems.

WSR-303 - Sapphire Window for Imaging Applications

The WSR-303 is a sapphire window that operates across a broad optical wavelength range suitable for scientific, industrial, and medical instrumentation applications. It is fabricated from sapphire substrate and features a round window geometry designed for durable optical transmission and environmental protection. It is based on random crystal orientation to support stable broadband optical performance. It provides controlled optical transmission with high mechanical and thermal robustness typical of sapphire optics. It maintains high optical quality through a 60-40 scratch-dig surface finish. It ensures stable beam propagation through high flatness and parallelism specifications. It is supplied as a RoHS-compliant sapphire window in a standard round configuration. It is ideal for scientific instruments, industrial optical systems, and medical imaging applications.

WSR-1003 - Sapphire Window for Industrial Applications

The WSR-1003 is a sapphire window that operates across a broad optical wavelength range suitable for scientific, industrial, and medical instrumentation applications. It is fabricated from sapphire substrate and features a round window geometry designed for durable optical transmission and environmental protection. It is based on random crystal orientation to support stable broadband optical performance. It provides high mechanical strength and optical stability typical of sapphire-based components for large-aperture optical systems. It maintains controlled optical surface quality through a 60-40 scratch-dig finish. It ensures stable beam propagation through high flatness and parallelism performance. It is supplied as a RoHS-compliant sapphire window in a standard round configuration. It is ideal for scientific instruments, industrial optical systems, and medical imaging applications.

OGL-75100 - Plano-Convex Lens for Imaging Systems

The OGL-75100 is a plano-convex lens that operates at 400 to 700 nm wavelength range for imaging systems. It is based on BK7 optical crown glass substrate and features a spherical lens geometry designed for focusing and imaging applications. It provides controlled light focusing performance typical of plano-convex lens designs used in visible optical systems. It maintains optical surface quality of 40-20 scratch-dig to support consistent imaging performance. It ensures stable optical alignment through tight manufacturing control of standard lens geometry. It is supplied in an uncoated BK7 configuration suitable for broadband visible transmission. It is available as a standard plano-convex lens designed for optical system integration. It is ideal for imaging systems applications.

ICF-1515 - Optical Filter for Instrumentation Applications

The ICF-1515 is an optical filter that operates at 420 to 1100 nm wavelength range, providing selective transmission in the visible spectrum and suppression in the infrared region. It is based on float glass substrate and features a square filter geometry designed for compact optical system integration. It supports high transmission in the visible range and effective attenuation of infrared wavelengths for improved imaging contrast. It ensures stable optical filtering performance through controlled spectral separation of visible and IR bands. It maintains consistent optical behavior suitable for broadband visible imaging applications. It is supplied as a RoHS-compliant float glass filter in a standard square configuration. It is available as a compact optical filter designed for integration into imaging and sensing systems. It is ideal for imaging systems, optical instrumentation, and applications requiring visible band transmission with infrared suppression.

With its portfolio of precision prisms, sapphire windows, optical lenses, and specialized optical filters, UQG Optics enables accurate beam steering, durable optical transmission, and reliable spectral control across a wide range of photonic systems. By combining high quality optical glass and sapphire substrates, tight dimensional tolerances, controlled surface quality standards, and broadband visible to near-infrared performance, the company delivers stable optical behavior and robust mechanical performance for demanding environments. UQG Optics’ focus on precision manufacturing, material quality, and consistent optical performance makes it a trusted solution provider for imaging systems, optical instrumentation, laser applications, medical devices, industrial optics, and scientific research applications.

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