Downloads

  1. High Purity Synthetic Fused Silica: Suprasil® CG 12/13/2012

    Suprasil ® CG is a high purity synthetic fused silica manufactured by flame hydrolysis, ideal for DUV to UV/VIS commercial grade optics. This silica features a low bubble and inclusion content, typical UV transmission of k200: 3,5 x 10-3/ cm, stress induced birefringence, a well-established production process, and much more.

  2. High Purity Synthetic Fused Silica: Suprasil® CG Datasheet 12/13/2012

    This datasheet includes technical features, refractive index and dispersion, mechanical properties, and more for the Suprasil ® CG synthetic fused silica. This silica features high purity and is ideal for DUV to UV/VIS commercial grade optics.

  3. Synthetic Fused Silica for High Optical Performance: Suprasil® 2, Grade A and B Datasheet 12/10/2012

    Suprasil ®2 Grade A Synthetic Fused Silica provides excellent damage resistance by high energy UV laser radiation. It’s the preferred material for lenses, UV-laser windows, optical flats, and other demanding optics with one directional use. Suprasil ®2 Grade B Synthetic Fused Silica is the preferred material for optics like UV-windows.  For additional information on the Suprasil line and its specifications, please download the available datasheet.

  4. Synthetic Fused Silica for High Optical Performance - DUV to UV/VIS Optics 12/10/2012

    Suprasil® 1 and Suprasil® 2 are high purity synthetic fused silica materials available in different grades for different applications.

    Both grades are made from flame hydrolysis and are homogeneous in the primary functional direction. Both grades are made with low  impurities and therefore have low absorption in the DUV, UV and Visible range.

  5. Synthetic Fused Silica for High Optical Performance and High Power NIR Optics 12/8/2012

    This high purity synthetic fused silica is suited for high energy lasers needing low absorption in the 900 nm to 1400 nm range, 190 nm to 3000 nm wide band applications with high transmission, and other broadband applications from UV to NIR requiring optimized material properties.

  6. High Purity Synthetic Fused Silica Material: Suprasil® 3001/3002 Datasheet 12/8/2012

    This high purity synthetic fused silica material is ideal for high power NIR lasers, 940 nm laser for medical science applications, Nd-YAG lasers for material handling applications, telecommunications, and spectroscopy. It features low OH content and low absorption, among many other properties. For additional information on its index homogeneity, bubbles and inclusions, residual strain, spectral transmission and more, download the datasheet.

     

  7. High Purity Synthetic Fused Silica Materials: Suprasil® 1, 2 12/8/2012

    Suprasil® 1 and 2 are synthetic fused silica materials that are manufactured by flame hydrolysis of SiCl4. They feature excellent physical properties with outstanding optical characteristics in the deep UV and visible wavelength range. This datasheet includes information on bubbles and inclusions, refractive index and dispersion, optical homogeneity, residual strain, spectral transmittance, radiation resistance, and more.

  8. Smart CMOS Camera for Limited Space and Harsh Environments 12/3/2012

    The VC nano tube is a smart CMOS camera developed from a customer request asking for a small, intelligent CMOS camera with a round and dust-proof housing with integrated lighting. The camera needed to be integrated into a limited space application while being subjected to dust, dirt, and humidity.

  9. Intelligent CMOS Camera for Stereo Applications: VC nano cube 12/3/2012

    The VC nano cube is an intelligent CMOS stereo camera particularly ideal for 3D tasks and alignment applications. It features two 22 x 22 x 22.5 mm sensor heads connected to the VC nano housing through a connector with a small diameter.

  10. Synthetic Fused Silica: Spectrosil® 2000 11/29/2012

    Spectrosil is a chlorine and bubble free synthetic fused silica ideal for deep UV optical applications. It features exceptional optical transmission in the deep ultraviolet and visible spectrums with a range from below 180 nm through 2000 nm.