The invention relates to a laser assisted eye treatment system (1) for carrying out an eye treatment workflow with a laser treatment unit (2, 20, 21, 22, 23) generating a pulsed laser beam, a characterization unit (3), a first control panel (4) arranged to display a first graphical user interface (41) and configured to communicate information required for the eye treatment workflow and a system controller (7). The invention further relates to an eye treatment method using a laser beam for treating a patients eye. The problem to be solved by the invention is to provide a laser assisted eye treatment system (1) which may be operated safely and autonomously, especially during the critical sequences, by the surgeon via a simple comprehensible and intuitive structure and a respective method. It should actively avoid accidents arising from maloperation by the surgeon or another person handling the system, and help to shorten the critical treatment period. The problem is solved by a laser assisted eye treatment system (1) comprising a second control panel (5) arranged to display a second graphical user interface (51) provided by the system controller (7) and configured to communicate a subset of information out of an entire set of information required for the eye treatment workflow. The problem is further solved by an eye treatment method using a laser beam for treating a patients eye employing two graphical user interfaces (41, 51 ).Linvention concerne un système de traitement oculaire assisté par laser (1) pour mettre en œuvre un flux de travail de traitement oculaire avec une unité de traitement laser (2, 20, 21, 22, 23) générant un faisceau laser à impulsions, une unité de caractérisation (3), un premier panneau de commande (4) conçu pour afficher une première interface utilisateur graphique (41) et configuré pour communiquer des informations requises pour le flux de travail de traitement oculaire, et un dispositif de commande de système (7). Linvention concerne égalem
