technical ceramic solutions

INNOVACERA® ceramic laser reflectors

Alumina Ceramic Reflector

INNOVACERA® ceramic laser reflectors are high-efficiency diffuse reflectors. The perfect diffuse reflection and high reflection efficiency are effectively exploited in laser systems in the 500 nm to 1200 nm spectral range.

INNOVACERA ceramic laser reflectors

INNOVACERA® ceramic reflector is approximately 15-18% porous and virtually no absorption losses. It is suitable for dry cavity laser applications such as low energy air-cooled systems and higher energy laser systems

The curve shown below illustrates the reflectivity of the INNOVACERA® ceramic reflector.
Reflectivity of INNOVACERA® ceramic laser reflectors

Ceramic laser cavity reflectors reduce and eliminate many of the shortcomings of PTFE polymer reflectors, polished metal specular reflectors, and packed powder diffuse reflectors. Here are some advantages of ceramic reflectors.
– Ceramic material is strong to resist breakage if a flashlamp explodes
– Glazed surfaces are corrosion resistant, allowing direct contact with coolants
– There is no plating to flake off like specular metal reflectors
– High electrical resistivity
– Good thermal conductivity
– No pollution

Related Products

  • Metallised Ceramic Rings for Image Intensifier Tubes

    Metallised Ceramic Rings for Image Intensifier Tubes(IIT)

    Innovacera’s metallised ceramic rings are used in image intensifier tubes for night vision equipment and other instrument.

  • Alumina Ceramic Focus Rings

    Alumina Ceramic Focus Rings

    Alumina Ceramic Focus rings are designed to improve etch uniformity around the wafer edge or perimeter. When used with an electrostatic chuck (e-chuck), the wafer rests on the edge focus ring - held i…

  • BMA Boron Nitride Atomization Nozzles

    BMA Boron Nitride Atomization Nozzles

    Innovacera's BMA boron nitride composite nozzles deliver superior precision and reliability in molten metal atomization, so Innovacera BMA boron nitride nozzles is precision atomization for molten met…

Enquiry