Cutting-Edge Optical Technologies

Optical Components

Innovative Components for Modern Optical Systems

Hundreds of components for research and industry

Optical components are essential tools for manipulating light through focusing, filtering, reflecting, polarizing, or dispersing. These components are critical in a variety of applications, including microscopy, imaging, interferometry, and laser systems, across industries such as life sciences, testing, and measurement. Each component is precisely engineered with specific materials and coatings to optimize performance across ultraviolet, visible, or infrared wavelengths.

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Explore our wide offer of optical components,. In total we have about 30 thousands of products thanks to cooperation with our renowed partners.

Optical Lenses


Precision lenses that focus or diverge light, essential for imaging systems, microscopy, and laser applications.


Specialized materials that modulate light properties, used in displays, tunable filters, and adaptive optics, where their ability to change optical characteristics under electric fields is critical.

Optical Filters


Components that selectively transmit or block specific wavelengths, widely used in spectroscopy, fluorescence microscopy, and imaging.

Optical Mirrors


Reflective surfaces that redirect or manipulate light paths, crucial for laser systems and telescopes
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Specialized optics designed to handle ultrafast laser pulses, crucial for femtosecond laser systems and time-resolved spectroscopy.


Devices that split a light beam into two or more separate beams, used in interferometry, laser systems, and imaging.


Transparent elements that protect other optical components without altering the light, used in sensors, lasers, and imaging systems.


Solid optical elements that refract, reflect, or disperse light, commonly used in spectroscopy and imaging systems.


Elements that selectively transmit light with a specific polarization, used in imaging, microscopy, and laser applications to control and analyze light properties.


Components that disperse light into its component wavelengths, essential for spectroscopy and optical metrology.


Specialized components that control light propagation and polarization, including optical crystals for frequency conversion and isolators that protect lasers from back reflections.


High-performance optical components with durable ion beam sputtering coatings, ideal for high-power lasers and advanced imaging.


Components using microstructures to diffract light into specific patterns, used in beam shaping, laser machining, and optical metrology.


Components optimized for infrared wavelengths, used in thermal imaging, spectroscopy, and laser applications.


Elements that scatter light to create a uniform distribution, commonly used in lighting, imaging, and display technologies.


Optical devices that enlarge the diameter of a laser beam, improving focus and reducing beam divergence for applications like laser cutting and precision measurement.


Components that modify the intensity profile of a laser beam, used in applications requiring precise control over beam shape, such as material processing and laser machining.

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