An illumination device, at least comprising - at least one laser emitting a laser beam of light of a first wavelength or wavelength range, - a wavelength converting member converting at least part of the light of the first wavelength or wavelength range into light of a second wavelength or wavelength range, - a scanning unit adapted to scan the laser beam across the wavelength converting member in order to generate an illumination pattern formed at least of the light of the second wavelength or wavelength range, and - an imaging optics imaging a light emitting face of the at least one laser via the scanning unit onto the wavelength converting member, wherein the laser beam is guided via reflection at a reflective member to the wavelength converting member, said reflective member comprising a combination of at least a first and a second reflective element (8, 9), characterized in that said first and second reflective elements (8, 9) are formed and arranged such that the light emitting face of said at least one laser is imaged as a mirror-inverted image on the wavelength converting member via the first reflective element and as a non-mirror-inverted image via the second reflective element, both images being superimposed on the same spot on the wavelength converting member, wherein said reflective member comprises a combination of at least one flat mirror face as said first reflective element and at least one prismatic structure using two reflective faces for reflection as the second reflective element, said first and second reflective elements (8, 9) being arranged side by side, and wherein said two reflective faces of said prismatic structure are oriented at an angle of 90° to one another. - at least one laser emitting a laser beam of light of a first wavelength or wavelength range, - a wavelength converting member converting at least part of the light of the first wavelength or wavelength range into light of a second wavelength or wavelength range, - a scanning unit adapted to scan the laser beam across the wavelength converting member in order to generate an illumination pattern formed at least of the light of the second wavelength or wavelength range, and - an imaging optics imaging a light emitting face of the at least one laser via the scanning unit onto the wavelength converting member, wherein the laser beam is guided via reflection at a reflective member to the wavelength converting member, said reflective member comprising a combination of at least a first and a second reflective element (8, 9), characterized in that said first and second reflective elements (8, 9) are formed and arranged such that the light emitting face of said at least one laser is imaged as a mirror-inverted image on the wavelength converting member via the first reflective element and as a non-mirror-inverted image via the second reflective element, both images being superimposed on the same spot on the wavelength converting member, wherein said reflective member comprises a combination of at least one flat mirror face as said first reflective element and at least one prismatic structure using two reflective faces for reflection as the second reflective element, said first and second reflective elements (8, 9) being arranged side by side, and wherein said two reflective faces of said prismatic structure are oriented at an angle of 90° to one another.