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GoPhotonics has introduced a comprehensive range of Prism solutions designed to support precise beam control, wavelength manipulation, and image transformation across ultraviolet, visible, and infrared spectral regions. As optical systems continue to demand higher accuracy in beam steering, dispersion control, and alignment stability, prisms play a critical role in enabling reliable performance across imaging, laser, and photonic applications in both research and industrial environments.

The latest prism portfolio includes right-angle prisms, dispersive prisms, reflective anamorphic prism assemblies, and UV-grade fused silica designs, along with multi-material configurations such as BK7, N-LAF35, CaF2, ZnSe, and SF11. These solutions support functions including beam deviation, wavelength dispersion, beam shaping, and polarization-based control, while offering coated and uncoated variants optimized for transmission and reflection management across UV to IR wavelength ranges. With precise geometries, controlled optical performance, and application-specific configurations, these prism solutions enable stable beam propagation, accurate optical alignment, and efficient system integration across modern photonic platforms.

PPD-Prisms - Prisms for Imaging & Beam Control Applications

The PPD-Prisms are optical prisms designed for imaging and beam control applications across ultraviolet, visible, and near infrared wavelengths depending on material and coating selection. They specify availability in materials such as fused silica, fused quartz, N-BK7, YAG, ZnSe, SF11, and other optical glasses, supporting broad spectral use. The prisms define precise optical quality with controlled surface and wavefront performance for accurate beam manipulation. They include anti-reflective coating options optimized to enhance transmission across UV, visible, and near infrared regions while reducing reflection. They are supplied in configurations suitable for integration into precision optical and photonic systems. They are ideal for laser beam control, imaging, beam splitting, beam steering, and photonics applications.

IPL3300-58.9 - Dispersive Prism for Beam Steering Applications

The IPL3300-58.9 is an isosceles dispersive prism used for wavelength dispersion and beam steering in optical systems. It specifies an isosceles geometry with an apex angle of 58.9° and is designed to provide controlled optical path deviation for spectral separation applications. The prism is made from N-LAF35 optical glass, indicating its suitability for dispersion-based optical performance across relevant visible and near infrared spectral regions. It defines equal side geometry typical of isosceles prism configurations, supporting predictable angular dispersion behavior in optical setups. The design specification highlights its use in systems requiring precise wavelength separation and beam manipulation based on refractive dispersion. It is supplied as a precision optical prism for integration into laboratory and industrial photonic assemblies. It is ideal for beam steering, wavelength dispersion, spectral analysis, laser optics, and photonics research applications.

BRAP11-AV - Reflective Anamorphic Prism for Imaging Applications

The BRAP11-AV is a reflective anamorphic prism pair assembly used for laser beam shaping and beam aspect ratio correction in optical systems. It provides controlled anamorphic magnification, enabling expansion or compression of a laser beam in one axis while maintaining beam quality and collimation. The reflective prism configuration supports precise beam transformation with minimal wavefront distortion and stable alignment. It is designed for integration into laser beam conditioning setups and is supplied as a pre-aligned prism pair assembly for easy use in optical systems. It is ideal for laser beam shaping, beam expansion, optical alignment, imaging, and photonics applications.

PS612 - Fused Silica Right-Angle Prism for Ultraviolet Applications

The PS612 is a fused silica right-angle prism designed for optical applications across a wavelength range from 185 nm to 2.1 µm covering deep ultraviolet to near infrared regions. It specifies high transmission in the ultraviolet region due to the use of fused silica material and is optimized for low fluorescence performance under deep UV excitation. The prism defines a right-angle geometry intended for controlled beam deviation and precise optical path management in imaging and laser systems. It is designed to provide stable optical behavior across a wide spectral range while maintaining high material transparency and low absorption in UV applications. It is supplied as a precision uncoated fused silica prism for integration into optical and photonic systems. It is ideal for UV to near IR beam steering, laser systems, spectroscopy, imaging, and precision photonics applications.

Prisms - Right Angle Prisms for Optical Communication Applications

The Prisms are optical components designed for beam deflection, refraction, image manipulation, and beam control across ultraviolet, visible, and infrared spectral regions depending on material and coating selection. They specify availability in materials such as BK7, UV fused silica, SF11, CaF2, and ZnSe, supporting operation across a broad UV to IR wavelength range. The product includes multiple prism geometries such as right-angle, penta, dove, roof, wedge, and polarizing prisms for different beam steering and optical transformation functions. It specifies coated and uncoated options with anti-reflection and mirror coatings to improve transmission and reduce reflection across UV, visible, and IR regions. It is supplied as precision optical prisms for integration into laboratory, industrial, and photonic systems. It is ideal for beam steering, imaging, interferometry, optical communication, laser systems, beam splitting, and photonics applications.

With their ability to provide precise beam steering, wavelength dispersion, and controlled optical transformation, prisms featured on GoPhotonics support accurate light manipulation across ultraviolet, visible, and infrared spectral regions. By enabling reliable performance in imaging systems, laser setups, optical communication, and photonic instrumentation, these components play a critical role in ensuring alignment stability, beam control, and signal integrity across research, industrial, and advanced optical engineering applications.

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