Products & Services

  1. Heraeus Optical Plate – New Approach to Plano Optics Manufacture 8/9/2013

    Optical Plates made from Heraeus Spectrosil 2000 and Heraeus TSC-3 Fused Silica benefit from the unique optical, thermal, mechanical, electrical, and chemical properties that fused quartz and fused silica provides.

    Cost Effective plate forming - Heraeus combines a near-net-shape material manufacturing process and efficient large area wire saw and double sided polishing with these materials to produce optical plates with unique performance benefits and other differential advantages over other bulk fused silica & fused quartz products and in some cases other materials.

  2. Optical Glass and Lens Pressings 8/5/2013

    HOYA optical glass has been used in the development of advanced electronics since 1941. In addition to technical innovation, HOYA has committed itselvef to environmental preservation by removing lead, arsenics, and other harmful chemicals from their optical glass and lens pressing process.

  3. Silicon to Glass Bonding Wafer Substrate: SD-2 8/1/2013

    SD-2 is a type of substrate used to minimize the distortion and bowing effects caused by a thermal mismatch between two wafers. This mismatch is typically a result of the CTE curves of Borosilicate glass and CTE curves of silicon single crystal waves crossing at 240oC.

  4. Suprasil® UVL: For Cost Effective DUV Performance- DUV Excimer Optics 1/9/2013

    This high purity and chlorine free fused silica material is made from flame hydrolysis and under controlled conditions to improve the DUV Excimer laser damage resistance for highest energy applications. In this case the material is doped with a guaranteed Hydrogen content to reduce fluorescence caused by high energy laser irradiation.  This material has very low impurity levels (<0.01ppm) which results in low DUV absorption and is free of bubbles & inclusions.

  5. Synthetic Fused Silica for High Optical Performance - DUV Excimer Optics 1/7/2013

    These high purity fused silica materials are made from flame hydrolysis and under controlled conditions to improve the DUV Excimer laser damage resistance for high energy applications. Both grades have very low impurity levels (<0.01ppm) which results in low DUV absorption and free of bubbles & inclusions. 

  6. Biofunctional Coatings for Glass, Metal Oxides, ITO, and Plastics 12/13/2012

    AziGrip4TM is a biofunctional coating platform for glass, plastics, metal oxides, and ITO used in applications involving cell cultures, diagnostics, fluorescence microscopy, bioanalytics, support for lipidic membranes, lab-on-a-chip, and other emerging applications.

  7. 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.

  8. 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.

  9. 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.

  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.