Optical Glass Coatings0 pages

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Coating

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Product Information

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SCHOTT designs and offers customized

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coatings and has extensive capabilities

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to deposit thin films onto glass and other

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substrates for spectral wavelengths

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between 200 nm and 3000 nm using

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different technologies (e.g. ion assisted

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deposition, magnetron sputtering).

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Applications

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Coated substrates and components are

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used in optical-, laser- and illumination-

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systems, in the industrial sector, as well

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as in applications in space, defense and

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medical.

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Available coatings range from shortpass

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to longpass filters, bandpass filters,

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bandblock filters and more:

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■ Mirrors (high power laser mirrors,

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cold mirrors, etc.)

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■ AR-coatings (UV, VIS, IR wavelengths,

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or for specific wavelengths, combined

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AR & Hard coatings )

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■ Laser coatings with high resistance

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to flux

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■ Dielectric beam splitters

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■ Polarizers

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The different coatings form various

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products used in different applications:

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■ Steep edge filters

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■ Notch filters

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■ Fluorescence excitation

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■ Distance measurement

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■ Digital imaging

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■ Medical analysis

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■ Process control

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Materials

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Various types of materials can be coated:

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■ Optical glass

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■ Fused silica

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■ Glass ceramic (ZERODUR®)

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■ Borosilicate glass (e.g. Borofloat®33)

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■ Optical filter glass

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Specifications

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■ Dimensions between 1 mm and 400 mm (diameter)

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■ Coating of different supply forms and components (e.g. prisms, lenses)

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■ Spectral range between 200 nm and 3000 nm, according to ISO 10110

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■ Measurement accuracy: up to 0.05%

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Quality Assurance

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Quality control is based on statistical process control as well as on rigorous

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final inspection. Measurement instruments include a broad range of spectro-

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photometers, vision systems, beam deflection, etc.

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For more information please contact:

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SCHOTTAC

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Advanced Optics

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Hattenbergstrasse 10

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55122 Mainz

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Germany

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Phone: +49 (0)6131/66-1812

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Fax: +49 (0)3641/2888-9047

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info.optics@schott.com

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www.schott.com/advanced_optics

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SCHOTT

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glass made of ideas

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lay_Coati ng_E. i ndd 1

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06.10.11 10:23

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