- Focus tunable lenses
S-mount ELM-F series
S-mount lenses for sensors up to 1/1.7″ provide a compact, cost-effective solution ideal for embedded vision systems. Their small footprint enables integration in space-constrained designs while maintaining high image quality.
By embedding liquid lenses, users gain fast, reliable autofocus without mechanical movement, boosting flexibility, durability, and speed in demanding applications.
S-mount lenses for sensors up to 1/1.7″ provide a compact, cost-effective solution ideal for embedded vision systems. Their small footprint enables integration in space-constrained designs while maintaining high image quality. By embedding liquid lenses, users gain fast, reliable autofocus without mechanical movement, boosting flexibility, durability, and speed in demanding applications.
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Electrically tunable lenses
Common applications:
machine vision, microscopy, laser processing, ophthalmology, medical
Fast, precise autofocus in milliseconds with no moving mechanics. The EL Series enables seamless integration into demanding automated systems, ideal for applications requiring high reliability, long lifetimes, and compact designs.
Manually tunable lenses
Common applications:
machine vision, microscopy, laser processing, ophthalmology, medical
The sophisticated helical design of the ML series allows for large clear apertures and particularly large focal power ranges as frequently required in ophthalmic applications and illumination. Thanks to zero holding power, the ML Series can be either motorized or actuated manually.
Electrical lens modules
Common applications:
machine Vision, microscopy, laser processing, ophthalmology, medical
Electrical lens modules
Common applications:
machine vision, microscopy, laser processing, ophthalmology, medical
The ELM-T series offers telecentric lenses with integrated Optotune tunable lenses, preserving telecentricity and minimizing magnification shift. It supports 0.133×–4× magnification and 1/2”–35 mm sensors, delivering distortion-free imaging with no vignetting in modules.