optics lenses Sourcing Overview

Lens Type:
Convex LensPlano Concave LensCylindrical LensMeniscus LensDouble Convex LensDouble Concave LensAchromatic LensSpherical LensMicroscope LensLaser Lens
Material:
CR-39Optical GlassResinPlasticSynthetic Sapphire GlassPC
Coating:
UVAnti-Reflective (AR)Hard Coating (HC)Hard Multi Coating (HMC)UV400MirrorUncoatedCustom Coated
Surface Quality:
40-20 Scratch-Dig60-40 Scratch-Dig20-10 Scratch-Dig10-5 Scratch-DigAs Required
Transmittance:
80%-90%90%-95%>95%99.5%
  • Lens Type Selection Precision Avoid the pitfall of selecting a generic lens type; choosing between options like Achromatic, Microscope, or Laser lenses requires understanding your specific optical application to ensure performance accuracy.

  • Material Specification Negotiation Insist on clarifying the lens material upfront—whether Optical Glass, Synthetic Sapphire Glass, or PC—as this directly influences durability, weight, and cost, shaping your product’s suitability for the end-use environment.

  • Industry Norms on Coating and Surface Quality In practice, most high-performance optics come with Hard Multi Coating (HMC) and a surface quality of 10-5 Scratch-Dig, reflecting the market standard for clarity and scratch resistance in precision lenses.

  • Transmittance Impact on Cost and Performance Transmittance levels above 95% can account for a significant portion of optical efficiency and ultimately affect your ROI, so weigh the benefits of 99.5% transmittance against potential price increases carefully.

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