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The Microlens Array Standard Stamp contains closely packed microlens structures arranged in a honeycomb geometry with three dimensional intersections between the individual lenses.
Wire Grid Polarizer (WGP)
Wire Grid Polarizer silicon standard stamp with 50 nm or 70 nm half pitch grating.
The Diffraction Grating standard stamps are large area stamps in Nickel with linear gratings or with crossed gratings. The pitch of the gratings is in both cases 500 nm and the average depth of the gratings is 250 nm.
The Anti-Reflective Standard Stamp is a large area and cost-effective functional standard stamp in Nickel with a graded index profile and with a continuously changing effective refractive index.
The Sub-Micro Standard Stamp is optimal for testing and process development within nanoimprint lithography and hot embossing. The stamp contains 4 different patterns at 4 different dimensions.
This stamp is well suited for process testing within the fields of nanoimprint lithography and hot embossing. The stamp features arrays of square pillars/holes having a size of 3, 5, 10 and 20 µm.
Linear and Circular Engineered Diffusers
The ED standard stamp series is specifically designed as a set of multi-purpose engineered diffusers for R&D work, as well as for product and process development.
The Grating Standard Stamp is a low-cost standard stamp with periodic line and pillar grating patterns and customers can choose among different variants with different specifications.
Large Area Pillar
The Large Area Pillar Standard Stamp is a high-quality standard stamp in Silicon with large patterned area of photonic crystal and anti-reflective structures. It has 4 areas, each 1 cm x 1 cm, with square arrays of pillars.
The Micro Standard Stamp is optimal for testing and process development within nanoimprint lithography and hot embossing. The stamp contains 3 different patterns at 3 different dimensions.
The anti-glare structures are used to control glare from displays, optical devices, but also non-optical surfaces. Disturbing reflections are suppressed, therefore the viewer easily sees the content displayed on a screen and not the reflected images of bright Windows and light sources.
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