Optical Articles TRIZ Cases

A single-mold integrated TX/RX lens structure improves TOF module alignment, cuts light loss, and increases depth measurement precision.

An insert creates a molded gap and ramped fiber path, enabling low-pressure thermoplastic overmolding without sharp bends or signal loss.

A porous silica and zwitterionic hydrophilic polymer film keeps optical surfaces antifogging, low-reflection, and resistant to organic contamination.

Pre-depositing conductive adhesive on electrodes and exposing it by cutting simplifies stacked optical device wiring and improves connection reliability.

Water-based curing and aqueous coating remove solvent extraction while delivering wettable, clear silicone hydrogel lenses.

Matching basket members form a cavity that keeps contact lenses from rolling or escaping while allowing uniform liquid exposure in batch treatment.

An annular low-transmission mask and central aperture improve depth of focus while preserving refractive correction in a thinner implant.

A two-layer thermoplastic optical article encapsulates microstructures while preserving their shape and optical design during injection overmolding.

A lower-index, lower-Tg thermoplastic tie-layer protects microstructures during encapsulation while supporting bonding and thinner optical articles.

Pre-printed thermal plastic or thermal setting films improve color consistency and speed production without toxic monomers.