Founded in 2008 we started out with our core technology of focus tunable lenses which was inspired by the working principle of the human eye.
Optotune laser speckle reducers.
Optotune develops and manufactures industry shaping active optical components that allow customers around the globe to innovate.
Optotune laser speckle reducers remove local interferences and significantly reduce speckle noise in laser systems by dynamically diffusing the laser beam.
Laser speckle reducers 2d.
Optotune develops and manufactures industry shaping active optical components that allow customers around the globe to innovate.
Founded in 2008 we started out with our core technology of focus tunable lenses which was inspired by the working principle of the human eye.
Optotune is the first to commercialize electro active polymers eaps in the field of optics.
Optotune develops and manufactures industry shaping active optical components that allow customers around the globe to innovate.
Optotune develops and manufactures industry shaping active optical components that allow customers around the globe to innovate.
Laser speckle reducers 2d mirrors tunable prisms and beam shifters are further additions to our product lines.
Founded in 2008 we started out with our core technology of focus tunable lenses which was inspired by the working principle of the human eye.
Optotune s laser speckle reducers are nothing other than moving diffusers.
Founded in 2008 we started out with our core technology of focus tunable lenses which was inspired by the working principle of the human eye.
Laser speckle reducers 2d.
Laser speckle reducers 2d.
Two innovative technologies are offered each with its own advantages.
But the way they are actuated is absolutely unique.
Offering a compact size integrated drive electronics and vibration less speckle reduction optotune laser speckle reducers are ideal for beam homogenization 3d scanning metrology.
Thanks to our deep understanding of optics and mechanics and a passion for technology optotune is your ideal partner when it comes to solving challenges where conventional optics fail.
