An ophthalmic system, comprising: an eye docking system, including a patient interface (112-3, 170), dockable to an eye with vacuum suction; an ophthalmic imaging device comprising an imaging module configured to generate an image of an eye of a patient and an optical coherence tomography imaging system optically coupled to the imaging module via a beam splitter, configured to generate an OCT image of the anterior portion of the imaged eye of the patient; the imaging module comprising an electronic display and an image processor, and being configured to: - display the image of the imaged eye and a reference pattern related to the patient interface of the ophthalmic imaging device on the image of the imaged eye and analyse the image using the image processor, - determine by the image processor a magnitude of a misalignment of the imaged eye and the reference pattern, - display an indication of the magnitude of the lateral misalignment of the imaged eye and the reference pattern on the display, wherein the indication comprises a computed misalignment indicator arrow pointing from the center of the reference pattern to the center of the eye pupil, or to the center of the eye limbus; the OCT imaging system comprising an OCT imaging module configured to: - display the OCT image of the anterior portion of the imaged eye and a reference element of the imaging device, wherein a further misalignment of an eye lens of the imaged eye and the reference element of the imaging device is determined by a surgeon based on an analysis of the OCT image; a fixation light controller, comprising an input module, adapted to receive an input in relation to the determined misalignments, and a control signal generator that generates a fixation light control signal in response to the received input; and a patient fixation light source, adapted to receive the fixation light control signal, and to generate a fixation light according to the received fixation light control signal to assist a reduction of the magnitude of the misalignment between the imaged eye and the patient interface of the ophthalmic system. an eye docking system, including a patient interface (112-3, 170), dockable to an eye with vacuum suction; an ophthalmic imaging device comprising an imaging module configured to generate an image of an eye of a patient and an optical coherence tomography imaging system optically coupled to the imaging module via a beam splitter, configured to generate an OCT image of the anterior portion of the imaged eye of the patient; the imaging module comprising an electronic display and an image processor, and being configured to: - display the image of the imaged eye and a reference pattern related to the patient interface of the ophthalmic imaging device on the image of the imaged eye and analyse the image using the image processor, - determine by the image processor a magnitude of a misalignment of the imaged eye and the reference pattern, - display an indication of the magnitude of the lateral misalignment of the imaged eye and the reference pattern on the display, wherein the indication comprises a computed misalignment indicator arrow pointing from the center of the reference pattern to the center of the eye pupil, or to the center of the eye limbus; the OCT imaging system comprising an OCT imaging module configured to: - display the OCT image of the anterior portion of the imaged eye and a reference element of the imaging device, wherein a further misalignment of an eye lens of the imaged eye and the reference element of the imaging device is determined by a surgeon based on an analysis of the OCT image; - display the image of the imaged eye and a reference pattern related to the patient interface of the ophthalmic imaging device on the image of the imaged eye and analyse the image using the image processor, - determine by the image processor a magnitude of a misalignment of the imaged eye and the reference pattern, - display an indication of the magnitude of the lateral misalignment of the imaged eye and the reference pattern on the display, - display the OCT image of the anterior portion of the imaged eye and a reference element of the imaging device, wherein a further misalignment of an eye lens of the imaged eye and the reference element of the imaging device is determined by a surgeon based on an analysis of the OCT image; a fixation light controller, comprising an input module, adapted to receive an input in relation to the determined misalignments, and a control signal generator that generates a fixation light control signal in response to the received input; and a patient fixation light source, adapted to receive the fixation light control signal, and to generate a fixation light according to the received fixation light control signal to assist a reduction of the magnitude of the misalignment between the imaged eye and the patient interface of the ophthalmic system.