Visit optical components are used to change the state of light through various processes, such as focusing, filtering, polarization or reflection.
Whether it's lenses, mirrors, filters, prisms, etc., each component fulfils a specific function and contributes directly to the overall performance of the system. optical systems These include microscopes, laser systems, lighting solutions, medical instruments, imaging systems and detection instruments.
To guarantee performance tailored to each application, these components can be made from different substrates (N-BK7, silica, quartz, borosilicate, IR materials, etc.) from manufacturers such as Schott, Corning or Ohara, and receive specific surface treatments such as ultraviolet (UV), visible (VIS) and infrared (IR), anti-reflective (AR)...(link to surface treatment page)
All our lenses are manufactured using polishing and finishing processes high-precision surface treatment, guaranteeing optical quality optimal, excellent transmission and perfect surface geometry.
They can be fitted with various anti-reflective coatings or dichroic treatments to improve their spectral performance and durability.
All our optical filters are made according to the dichroic technology a superposition of interferential thin layers of rare metals that control light with nanometric precision.
Unlike mass-treated absorbent filters, our dichroic filters offer a high level of protection better light transmission, effective out-of-band blocking (high OD optical density) and an excellent spectral stability.
Each mirror is made from polished optical substrates with high-precision flatness and surface roughness for even, distortion-free reflection.
Metallic or dielectric multilayer coatings, vacuum-deposited, ensure reflectivity adapted to each wavelength, low absorption and long-lasting stability.
Visit optical prisms are essential components in the management light deflection and dispersion.
They can be used to change beam direction, separate wavelengths or invert an image with high geometric precision.
Used in spectroscopy, metrology, imaging or laser systems, they guarantee controlled light handling and high optical stability.
