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- Dichoric filter coatings (LWPF,SWPF)
- Broadband polarization beamspllitter coatings on cube(BPBS)
- V type anti-reflective coatings (SVAR)
- Broadband beamspllitter coatings on cube(BCBS)
- All-dielectrich hight reflective coatings(DHRM)
- Broadband beamspllitter coatings on plate(BFBS)
- Dual band anti-reflective coatings(DBAR)
- high efficient broadband anti-reflective coatings(BBAR)
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- Standard products
- BK7 Lenses Fused Silica Lenses Infrared Lenses Achromatic Lenses Laser Optics Windows Mirrors Magnifier
- Precision optical compoments
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- Coatings
- Dichoric filter coatings (LWPF,SWPF)Broadband polarization beamspllitter coatings on cube(BPBS)V type anti-reflective coatings (SVAR)Broadband beamspllitter coatings on cube(BCBS)All-dielectrich hight reflective coatings(DHRM)Broadband beamspllitter coatings on plate(BFBS)Dual band anti-reflective coatings(DBAR)high efficient broadband anti-reflective coatings(BBAR)
Micro LensesPrecision optical compoments
Single microlenses are used to couple light to optical fibres while microlens arrays are often used to increase the light collection efficiency of CCD arrays. Microlens arrays are also used in some digital projectors to focus light to the active areas of the LCD used to generate the image to be projected. Microlens arrays have been developed to form compact imaging devices for applications such as photocopiers and mobile-phone cameras. Another application is in 3D imaging and displays.
Alpha Optics’ micro lenses are designed to meet the stringent requirements of industry applications. The microlenses are manufactured to minute tolerances to ensure minimum wavefront error and polished to accurate surface finish to minimise scatter and unwanted diffraction.
Specifications:
Material: grade A optical glass or Fused Silica
Minimum diameter: 0.5mm
Diametre Tolerance: +0.0, -0.1mm (Standard), +0.0, -0.02mm (Precision)
Paraxial Focal Length: +/-2%
lear Aperture: >85% of diametre
Surface Figure: λ/4@632.8nm
Surface Quality: 40-20 S/D 10-5(Precision)
Bevel: 0.25x45deg
