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Accute Optical Technology, a provider of optical windows, filters, and beamsplitter solutions, is featured on GoPhotonics for its diverse portfolio of precision optical components designed for imaging, display, and illumination systems. The company focuses on broadband transmission control, visible and infrared spectral management, optical protection, and stable beam handling to enable efficient light transmission, reliable filtering performance, and consistent optical system integration across consumer, industrial, and instrumentation applications. Its solutions combine soda lime glass, quartz, and PMMA-based materials with anti-reflection coatings, high transmission efficiency, and controlled optical geometries to ensure dependable performance in demanding optical environments. These products are widely used in digital imaging, mobile phone optics, machine vision, electronic displays, optical sensing, and general photonic and industrial applications.
SARG-400700 - Optical Window for Digital Camera Applications
The SARG-400700 is an optical window that operates at 430 to 680 nm wavelength range for visible light transmission applications. It is fabricated from soda lime glass and features a rectangular window geometry designed for optical protection and light transmission. It incorporates a single anti-reflection coating to reduce surface reflections and improve optical throughput across the specified wavelength range. It provides stable transmission performance for optical systems requiring efficient visible light propagation. It supports integration into imaging and illumination systems through its optical window design and coated surface construction. It is supplied as a single AR-coated soda lime glass window and is available in standard optical window configurations. It is ideal for digital cameras, industrial machine windows, touch panels, GPS navigation systems, rearview mirrors, and watch display applications.
FQG-S2 - Quartz Window for Instrumentation Applications
The FQG-S2 is a quartz window that operates at 250 to 1100 nm wavelength range. It is fabricated from quartz substrate and features a round window geometry for broadband optical transmission. It provides greater than 90% transmission across the specified spectral range to support efficient light throughput. It ensures stable optical performance across ultraviolet, visible, and near-infrared wavelengths. It is supplied as a standard quartz optical window for optical system integration. It is ideal for digital displays, electronic displays, optical instrumentation, and imaging applications.
IPM-780 - IR Filter for Infrared Imaging Applications
The IPM-780 is an IR filter that operates at 400 to 700 nm and 850 to 1100 nm wavelength ranges. It is fabricated from PMMA substrate and features a rectangular filter geometry for optical system integration. It provides strong attenuation in the visible spectrum while delivering high transmission in the near-infrared region. It ensures effective spectral separation for applications requiring infrared signal transmission and visible light suppression. It is supplied as a PMMA-based IR plastic filter in a standard rectangular configuration. It is ideal for infrared imaging, optical sensing, machine vision, and electronic display applications.
IPM-700 - IR Plastic Filter for Machine Vision Applications
The IPM-700 is an IR plastic filter that operates at 400 to 680 nm and 800 to 1100 nm wavelength ranges. It is fabricated from PMMA substrate and features a rectangular filter geometry for optical system integration. It provides strong attenuation in the visible spectrum while delivering high transmission in the near-infrared region. It ensures effective spectral separation for applications requiring infrared signal transmission and visible light suppression. It is available in multiple thickness options to support different integration requirements. It is supplied as a PMMA-based IR plastic filter in a standard rectangular configuration. It is ideal for infrared imaging, optical sensing, machine vision, and electronic display applications.
BSP400700-5050 - Plate Beamsplitter for Optical Instrumentation Applications
The BSP400700-5050 is a plate beamsplitter that operates at 430 to 700 nm wavelength range for visible optical applications. It is fabricated from soda lime glass and features a rectangular plate geometry designed for compact optical system integration. It operates at a 45 degree angle of incidence to ensure controlled optical splitting performance. It maintains stable beam separation across the visible spectrum for imaging and display applications. It is supplied as a soda lime glass plate beamsplitter in a standard rectangular configuration. It is ideal for mobile phone optics, imaging systems, and general optical instrumentation applications.
With its portfolio of optical windows, infrared plastic filters, plate beamsplitters, and quartz-based transmission components, Accute Optical Technology enables precise light control, stable spectral filtering, and efficient beam management across a wide range of photonic systems. By combining soda lime glass, quartz, and PMMA materials with engineered coatings, broadband wavelength optimization, and compact optical geometries, the company delivers consistent transmission performance, reliable optical separation, and effective environmental protection for demanding applications. Accute Optical Technology’s focus on cost-effective optical design, wavelength-specific performance, and practical system integration makes it a trusted solution provider for imaging systems, machine vision, mobile optics, electronic displays, instrumentation, and industrial photonics applications.
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