Hermetic Windows and Lens Caps

Product Variants of Hermetic Windows and Lens Caps

Whether you require a hermetic optical window or a lens cap, in a round, rectangular or customized shape, SCHOTT has more than 50 years of expertise in developing and manufacturing windows and caps to a broad range of requirements. If you have a set of unique requirements, we can develop a custom solution.
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  • Hermetic lens caps
  • Hermetic lens caps
  • Hermetic lens caps
  • Hermetic lens caps
  • Hermetic lens caps
  • Hermetic lens caps

Hermetic lens caps

Typically used for collimation and point-to-point imaging applications that transmit and receive signals at extremely high levels of precision, hermetic lens caps deliver optimum light efficiency. SCHOTT offers a broad range of standard caps with high quality convex (plano and biconvex) optical glass. In addition, we can draw upon our in-house expertise to provide customized glass types to suit unique customer requirements relating to specifications such as refractive indices and ball lens diameters.

APPLICATIONS

  • Gigabit Ethernet
  • Fibre Channel
  • FTTx-BiDi/Triplexer
  • Other TOSA and ROSA designs
  • LED
  • Laser diode packaging

YOUR ADVANTAGES

  • Customizable lens and metal materials, sizes, shapes, coatings (AR or UV) and height tolerance.
  • 180o light emission possible with full glass lens cap.
  • All products are RoHS-compliant.
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  • Hermetic windows and window caps
  • Hermetic windows and window caps
  • Hermetic windows and window caps
  • Hermetic windows and window caps
  • Hermetic windows and window caps
  • Hermetic windows and window caps
  • Hermetic windows and window caps

Hermetic windows and window caps

SCHOTT offers a broad range of standard and custom high-precision hermetic windows and window caps that provide the highest levels of light transmission, further enhanced through AR coatings and optical glass discs. Our portfolio includes a broad variety of formats (round or rectangular), flat or angled window configurations, special coatings, and different window frame or cap geometries ranging from ultra-miniature to large dimensions.

APPLICATIONS

  • Gigabit Ethernet
  • Fibre Channel
  • FTTx-BiDi/Triplexer
  • Other TOSA and ROSA designs
  • LED
  • Optical sensor
  • LiDAR
  • Aerospace
  • Defense

YOUR ADVANTAGES

  • Fully customizable, with a range of options including size, shape (round or rectangular), flat windows, angled windows, and choice of metal material.
  • The products can be supplied with special optical coatings to increase light transmission.
  • All products are RoHS-compliant.
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  • SCHOTT® LightView packages
  • SCHOTT® LightView packages

SCHOTT® LightView packages

Specially developed for the emerging technology of augmented reality, SCHOTT® LightView glass-to-metal packaging solutions protect sensitive RGB laser and MEMS mirror components, and can improve the form factor and opto-electronic performance of AR devices at the same time.

CHARACTERISTICS

While the SCHOTT® LightView RGB laser variant enables high brightness and image resolution through the protection of RGB laser chips, the SCHOTT® LightView MEMS mirror package delivers a wider scanning angle and lower power consumption. Both provide highly effective packaging for sensitive components, as well as exceptional optical properties.

 

YOUR ADVANTAGES

  • Enable 3x form factor reduction compared to individual TO cans through SMD approach and integrated form factor.
  • SCHOTT’s in-house optical glass provides excellent optical performance, with the option of an AR coating.
  • Highly customized design options include a range of sizes, pin numbers, materials, and geometry.
  • The use of inorganic materials results in a very long product lifetime.
  • Both packages offer options for exceptional thermal conductivity of more than 40 W/mK.

Want to know more? Let's talk

Whether you need more information, samples, a quote, or advice for a project, I would be delighted to talk to you.

Contact us
Robert Hettler, Head of R&D Opto-electronics at SCHOTT
Robert Hettler

Head of R&D Opto-electronics