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Christian Dupont, CEO
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(98 Ko)
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Bruno Berge, Founder and CSO
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(54 Ko)
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Jean-Christophe Robert, CTO
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(67 Ko)
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John Barber, VP Business Development
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(354 Ko)
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Bernard Reymann, CFO
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(58 Ko)
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Philippe Prat , VP Production
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(96 Ko)
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logo
official Logo
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(47 Ko)
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Focus on eye
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(220 Ko)
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Artic 416
Picto 1
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(211 Ko)
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Artic 416
Picto 2
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(234 Ko)
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Drop on a leaf
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(414 Ko)
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Arctic 416
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(72 Ko)
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Arctic 416 Pince
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(350 Ko)
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Farfale 416
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(162 Ko)
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Pencil Artic 320 / 416
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(217 Ko)
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Electrowetting-01
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(83 Ko)
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Electrowetting-02
applying an increasing voltage forces the liquid to
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(84 Ko)
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Electrowetting-03
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(88 Ko)
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Electrowetting-04 (0V)
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(88 Ko)
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Laboratory 01
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(0 Ko)
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Laboratory 02
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(885 Ko)
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Interface tension (power) changes.
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(261 Ko)
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Lens OFF
When there is no voltage input.
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(87 Ko)
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Lens ON
When +60V is input
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(91 Ko)
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Centering the droplet
In the actual liquid lens, the container designed so that the center of the liquid is set to make it impossible for the drop to move.
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(322 Ko)
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Interface tension (power) changes
Within the liquid lens, 3 types of power occur. Power that acts between electrode and solution, (SW), oil and solution (OW) and electrode and oil (SO).
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(107 Ko)
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Smooth lens surface
Very low Wave Front Error, due to an extremely smooth interface between the
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(138 Ko)
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Powers that relate to electrowetting
In relation to "electrowetting" which uses the change in voltage to alter the shape of the interface between the liquid
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(99 Ko)
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