Contact Us

    IR Asphere Lenses

    • Introduction


    aspheric parts in LIRP project


    Hyperion Optics works with various infrared materials. In recent years, we have seen a growing demand of IR aspheric components due to their ability to reduce the number of elements within the system while maintaining reliable performance; this makes aspherical parts an excellent choice in Low Rate Initial Production (LRIP) projects. Our aspheric manufacturing capability covers from 0.8 micron upwards to 12 micron for IR application, from a combination of materials needed in order to reach the required application needs. 



    Equipped with Ametek Single-Point Diamond Turning machine, Hyperion Optics is capable of processing the following infrared and UV materials for aspheric components:




    UV materials as aspheric components


    (CVD CLEARTRAN available


    Zinc Sulfide (CVD CLEARTRAN available), Zinc Selenide, Germanium, Chalcogenide glasses (available in both Schott and NHG IRG materials), Calcium fluoride, and Silicon.  

    Please contact our experienced engineers for performance consultation and print assessment.

    MOQ starts at two pieces to ensure optical performance approval. Our fast asphere prototyping has become one of our most popular services for Low Ratio Initial Production (LRIP) projects. We can process both spherical and aspherical parts simultaneously for custom objective and/or eyepiece designs, thereby securing reliable timeline management to meet the tight timing requirement. In addition, we offer competitive pricing for aspheric coating within our prototyping packages. 




    Our rapid aspheric prototyping / LRIP service in SWIR MWIR and LWIR include:

    1.   Built to print, Hyperion Optics fabricates aspheric lens and provides inspection report by your print.

    2.   There is a lack of Chalcogenide materials integration in optical designs for IR applications, which is a big missed opportunity. At Hyperion Optics, the combination of Chalcogenide glasses and regular IR materials can provide a cost-effective solution with superior optical performance.

    3.   Hyperion Optics runs in-depth mapping and optical performance tests on component-level and/or lens system level products; and provides redesign, optimization, manufacturing, and assembly services.

    4.   For SWIR prototyping projects, we adopt injection molding processing for Schott and Ohara glasses at prototyping quantities, which can avoid purchasing high-cost raw materials from overseas, and hence dramatically reduces material investment at the prototyping phase. 



    Manufacturing Limits for Aspheric Surfaces For IR Materials

    Based on Form Error Tolerance


    Form Error 0.5 – 2μm Higher Resolution Profilometry (2-D)1

    Attribute

    Minimum

    Maximum

    Diameter (mm)3

    3

    80

    Local Radius (mm)

    -12 (Concave)

    Sag (mm)

    0

    252

    Departure (mm)

    0.01

    20

    Included Angle (°)

    0

    150


    Form Error < 0.5μm Interferometry with Stitching (3-D)

    Attribute

    Minimum

    Maximum

    Diameter (mm)3

    3

    80

    Local Radius (mm)

    -13 (Concave)

    Sag (mm)

    0

    252,4

    Departure (mm)

    0.002

    1

    Included Angle (°)

    0

    120+5



    Talk to one of our optical engineers to understand how Hyperion Optics can work with you for your developing IR application today. 



    Related Content
    • Dielectric HR Mirror

      Dielectric HR Mirror

      February 17, 2017Reflective film from the coating material can generally be divided into two categories, one is the metal reflective film, one is all dielectric reflective film.Media reflection film using the principl...view
    • Dichroic Filter

      Dichroic Filter

      February 17, 2017Hyperion Optics’s complete range of cost effective dichroic filter range offers superior transmission, reflection and absorption characteristics. Key Features:Sharp transition from reflection to transmis...view
    • BBO Crystal

      BBO Crystal

      March 14, 2017The BBO Crystal is an efficient NLO crystal for the second, third and fourth harmonic generation of Nd: YAG lasers, and the best NLO crystal for the fifth harmonic generation at 213 nm. Conversion effi...view