Abstract: The present invention refers to a Laser therapy system and a method for a treatment of a cornea and/or sclera of an eye to correct its refractive system, comprising: a dispenser for a photosensitizer agent; a 3D imaging unit; an image processing unit adapted to recognize a first collagen tissue structure and a first orientation of respective collagen fibers therein; a UVA light source adapted to a crosslinking within the collagen tissue structure; an optical system for deflecting and focusing the UVA light on a focus point behind an aperture within the imaging volume; and a processing and control unit adapted to receive data relating to a refractive error of the eye, to determine a second collagen tissue structure with new corrective collagen crosslinks, such as to achieve a minimized refractive error of the eye and a UVA light energy to induce the new corrective collagen crosslinks.

Abstract: The present invention refers to a Laser therapy system and a method for treatment of a sclera/conjunctiva of an eye, comprising: a dispenser for a photosensitizer agent; a 3D imaging unit; an image processing unit being adapted to recognize the collagen tissue structure and to determine a thickness thereof; a UVA light source being adapted to a crosslinking of the collagen tissue; a second Laser light source being adapted to be absorbed mainly by varicose blood vessels; an optical system for deflecting and focusing the UVA light and the second Laser light on a focus point within the sclera/conjunctiva; a processing and control unit being adapted to determine a target thickness and a thickness deviation; a pattern for an application of the UVA light energy; a UVA light energy to effect a growth of the collagen tissue structure until the target thickness is achieved.

Abstract: The present invention refers to a Laser therapy system and a method for skin treatment, comprising: a unit for dispensing a Photosensitizer containing agent; a first light source which generates at least one first light with a first wavelength; a second light source as a Laser light source which generates at least a second light with a second wavelength; an optical system which is connected to the first and to the second light source, comprising an electromechanical displacement device with an optical deflection and focusing system such that the first and second light gets focused and a respective focus point can be controllably positioned in the skin; and a control unit for controlling the electromechanical displacement device and the first and the second light source such that the respective light spot with a controlled energy and position in the skin is produced.

Abstract: The present invention relates to a liquid lens for controlled adjustment of a variable focal length for a light transmitted through the liquid lens, comprising: a carrier having a light transmission portion for the light; a liquid drop which is highly transparent to the light and arranged on the carrier above the light transmission portion as part of a lens function; a ferrofluid which is arranged above the liquid drop so that it surrounds and contacts the liquid drop at least at those surfaces which are not directly in contact with the carrier; a magnet means arranged below the carrier and around the light transmission portion so as to draw the ferrofluid arranged on the carrier towards the carrier and keep it in its position on the carrier in all possible spatial positions of the liquid lens, which causes the liquid drop to be kept in its position on the carrier as well; and a temperature element arranged so as to be in thermal contact with the liquid drop in order to bring the liquid drop to a specific tem

Abstract: The present invention refers to a Laser therapy system and a method for treatment of a sclera/conjunctiva of an eye, comprising: a dispenser for a photosensitizer agent; a 3D imaging unit; an image processing unit being adapted to recognize the collagen tissue structure and to determine a thickness thereof; a UVA light source being adapted to a crosslinking of the collagen tissue; a second Laser light source being adapted to be absorbed mainly by varicose blood vessels; an optical system for deflecting and focusing the UVA light and the second Laser light on a focus point within the sclera/conjunctiva; a processing and control unit being adapted to determine a target thickness and a thickness deviation; a pattern for an application of the UVA light energy; a UVA light energy to effect a growth of the collagen tissue structure until the target thickness is achieved.

Abstract: The present invention refers to a Laser therapy system and a method for a treatment of a cornea and/or sclera of an eye to correct its refractive system, comprising: a dispenser for a photosensitizer agent; a 3D imaging unit; an image processing unit adapted to recognize a first collagen tissue structure and a first orientation of respective collagen fibers therein; a UVA light source adapted to a crosslinking within the collagen tissue structure; an optical system for deflecting and focusing the UVA light on a focus point behind an aperture within the imaging volume; and a processing and control unit adapted to receive data relating to a refractive error of the eye, to determine a second collagen tissue structure with new corrective collagen crosslinks, such as to achieve a minimized refractive error of the eye and a UVA light energy to induce the new corrective collagen crosslinks.

Abstract: The present invention refers to a Laser therapy system and a method for skin treatment, comprising: a unit for dispensing a Photosensitizer containing agent; a first light source which generates at least one first light with a first wavelength; a second light source as a Laser light source which generates at least a second light with a second wavelength; an optical system which is connected to the first and to the second light source, comprising an electromechanical displacement device with an optical deflection and focusing system such that the first and second light gets focused and a respective focus point can be controllably positioned in the skin; and a control unit for controlling the electromechanical displacement device and the first and the second light source such that the respective light spot with a controlled energy and position in the skin is produced.