Optica gives high vitality accuracy mirrors to laser depressions and requesting applications. Our custom high-reflectivity mirrors convey better execution and incentive than clients structuring and constructing laser depressions from little, lightweight territory discovering lasers to high laser harm limit mechanical lasers.

Optical Mirror
Aluminium Mirror Shapes⫸ Optical grade flats
⫸ Spherical
⫸ Aspherical
⫸ Rectangular
⫸ Square
⫸ Off-Axis Parabolic

Spherical Mirror (Convex)

A Convex Mirror or a diverging mirror is a curved mirror in which the reflective surface bulges toward the light source. Convex mirrors reflect light outwards; therefore they are not used to focus light. Such mirrors always form a virtual image,

As a result, images formed by these mirrors cannot be projected on a screen, since the image is inside the mirror. The image is smaller than the object, but gets larger as the object approaches the mirror.

Spherical cpnvex mirror

Precision Spherical Mirrors:

Precision Spherical Mirrors are designed for research and technical OEM applications in the UV, visible or IR ranges. All are ground, polished. Each size is available with various reflective coatings. These mirrors have a Surface Accuracy from λ/4 to λ /10 and Sizes vary up to 150mm.

We can supply large dimension Mirrors Spherical or Parabolic from 300mm to 1000mm with a thickness of 50mm to 125mm with Surface accuracy of λ /4.

Flat  Mirror

These mirrors are aluminized on the surface nearest the incident light. Energy loss is minimized because light does not pass through the glass substrate. We have shapes available in circle, square and rectangle. Custom sizes are available for volume OEM requirements.

front surface mirror

Cold & Hot  Mirror

Cold Mirrors

Cold Mirrors reflect visible wavelength and Transmits IR hence it can be used to build projection systems without worrying about heat build-up with our 0° angle of incidence cold mirrors. The multi-layer dielectric coating on these glass mirrors reflects 90% of visible light while allowing better than 80% transmission of IR waves. Cold mirrors are ideal for illumination systems where high temperature lighting is not desired. Mirror will function satisfactorily and will not be damaged by exposure to an ambient temperature of -50°F to +450°F. 

 Hot Mirrors
  • Reflect IR
  • Transmit Visible wavelength

Available for an angle of incidence of 0°, these heat reflecting mirrors can be used in a variety of optical systems where heat build-up is a concern. Applied mainly in projection and illumination systems, the multi-layer dielectric coating on the mirrors reflects harmful infrared radiation (heat), while allowing visible light to pass through. Hot mirrors make an intelligent addition to optical systems that could otherwise be damaged by excessive heat.

Note: Whenever using high power illumination, forced air cooling is recommended.

Laser Mirrors & Laser Line Mirrors

Laser Mirrors are used for beam-steering in demanding laser applications. Laser Mirrors are Optical Mirrors that have been designed for specific laser types or wavelengths. Laser mirrors have high reflectance and superior surface quality and accuracy which make them ideal for demanding applications. Designed for 0º or 45° angle of incidence, the reflectance varies minimally for different polarization states when used in the appropriate wavelength range. Featuring a high damage threshold, 266nm, 355nm, 532nm and 1064nm high power laser line reflectors are suitable for beam steering Nd: YAG lasers.

Laser Line Mirrors

Damage Threshold of up to 20 J/cm2 for 532nm and 1064nm Reflectors

>99% Reflectivity at Design Wavelength

>98% Reflectivity within Specified Wavelength Range

Available for Ultraviolet, Visible, and Near-IR Lasers 

Diameter Size10mm To Maximumn
Thickness Tolerance+0.0, -0.03mmn
Angle Of Incidence 45`
Effective Focal Length+2%
Dimension+/-0.2 (General), +0/-0.05 (High Precision)n
Flatnesslambda/2(General), Lambda/8 (High Precision)
  • Other diameter/thickness available on request.
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