1. A method of manufacturing an orthodontic element with a ceramic core part which has a base surface for fixing the element to a tooth, characterized in that along the basal surface in the exposure laser beam is conducted, the base surface into the impact surface is locally heated by the laser beam, and due to cracking of the basal surface of microscopic chastitsy.2 crumble. A method according to claim 1, characterized in that the impact region extends along only a partial region of the base poverhnosti.3. A method according to claim 2, characterized in that the base surface beyond the area of influence is provided with markings to correlate with the type of orthodontic element zuba.4. A method according to claim 3, characterized in that the marking is produced by laser lucha.5. Method according to one of p.p.1-4, characterized in that the laser beam impact area is carried out along the basal surface poetapno.6. Method according to one of p.p.1-4, characterized in that the laser beam through the base impact surface in the heated tochechno.7. Method according to one of p.p.1-4, characterized in that the focused laser beam in the exposure is carried out along the basal surface or pointwise lineyno.8. Method according to one of p.p.1-4, characterized in that the laser beam impact area is carried out along the basal surface several times pointwise or linearly with a fully or partially overlapping zones vozdeystviya.9. Method according to one of p.p.1-4, characterized in that the diameter used in the focus area of the laser beam exposure is at most 0.5 mm, in particular m1. Способ изготовления ортодонтического элемента с керамической основной частью, которая имеет базисную поверхность для фиксации элемента к зубу, отличающийся тем, что вдоль базисной поверхности в области воздействия проводят лазерный луч, базисная поверхность в области воздействия локально посредством лазерного луча поверхностно нагревается, и за счет образования трещин из базисной поверхности выкр
