optical lenses Sourcing Overview

Lens Type:
Convex LensConcave LensCylindrical LensAchromatic LensAspheric LensMeniscus LensPlano Convex LensPlano Concave LensDouble Convex LensSpherical Lens
Coating:
Anti Reflective (AR) CoatingHard Coating (HC)UV CoatingHMCUncoatedMirror CoatingUV400Custom CoatedVis CoatedVis NIR Coatings
Surface Quality:
60/4040/2020/1010/540/20 or Better20/10 or Better10/5 or BetterAs Required80/50Custom
Material:
Optical GlassSynthetic Sapphire GlassCR39PlasticResinPCFused QuartzBK7 GlassSF10 GlassZnSe
Power Range:
Sph: 0.00 to +3.00Sph: 0.00 to -2.00Add: +1.00 to +3.00Sph: -2.00 to +3.00Sph: 0.25 to +6.00Cyl: 0.00 to -6.00Sph: +6.00 to -8.00Cyl: 0 to -6.00Sph: 0.00 to -6.00Cyl: 0.00 to -4.00
  • Lens Type Selection Risk Overlooking the specific optical function needed can lead to mismatched lens types; for example, choosing a plano convex lens when a meniscus lens is required can degrade optical performance significantly.

  • Coating Specification Recommendation Insist on coatings that align with your application environment, such as UV400 for UV protection or anti-reflective coatings to minimize glare, since these directly affect lens durability and clarity.

  • Surface Quality Insider Insight In practice, most high-precision applications demand surface quality of 20/10 or better, as common standards like 60/40 or 40/20 may introduce unacceptable optical aberrations.

  • Material and Power Range Cost Impact Material choice, ranging from optical glass to synthetic sapphire, combined with the power range needed (e.g., sph: 0.00 to +3.00 or cyl: 0.00 to -6.00), can account for a substantial portion of total cost and affect lead times, so balance performance needs against budget constraints carefully.

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