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Optical Black Border Printing on Glass & PMMA

Black border printing utilizes optical lens shielding ink screen printing precisely applied on glass or acrylic (PMMA) surfaces to effectively block stray light and prevent light transmission in non-display areas.
It supports post-coating printing and positioning mark requirements, facilitating cutting alignment and optical module integration.
With sharp print edges, stable adhesion, and consistent opacity, it is an essential structural design for various display panels, sensor lenses, and automotive optical components.

Features

  • High-opacity black ink screen printing with excellent light-blocking performance
  • Sharp pattern edges with no bleeding or jagged lines
  • Compatible with glass and acrylic substrates, including post-coating surfaces
  • Supports printing of alignment crosses and sensor positioning marks for downstream processes
  • 2D vision inspection ensures precise registration and consistent quality
  • Strong adhesion and weather resistance—ideal for optical and display modules

Materials

  • Substrate: Optical glass (e.g., Borosilicate Glass), PMMA
  • Thickness: 0.5 mm to 1.1 mm (adjustable per product requirements)
  • Printing material: Optical lens shielding ink

Applications

  • Internal light-blocking elements and black border printing in optical lens modules
  • Display cover glass borders for smartphones, tablets, and TVs
  • Automotive dashboard and display bezel light blocking and aesthetic design
  • Black border design for small optical components in wearable devices and smart appliances
  • Other optical components requiring internal structure shielding or light guidance blocking

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