The method concerns selective removal of one or several layers (3) from a substrate (1) or a layer which is to be left intact, using a laser (5), with self-regulating process limitation. Removal takes place during short interaction periods by means of a laser light with a wavelength such that its radiation is absorbed, by a layer (or layers) to be removed or to be preserved, to such an extent that its remaining energy no longer exceeds a threshold above which further material removal is possible. ADVANTAGE - Removal of layers without damaging the underlying surface is possible. Removal rates are increased, with improved removal selectivity
Laser radiation can be used to destroy microorganisms rapidly and effectively. The salient laser cha...
Laser radiation can be used to destroy microorganisms rapidly and effectively. The salient laser cha...
At the Fraunhofer Institute of Materials Physics and Surface Technology UWS), research on removal of...
The invention relates to a method for ablating at least one layer (13) from a substrate (10), wherei...
Several physical processes are involved in the process of material removal by laser light. The energ...
Laser beam appts. for removing surface layers from workpieces, comprises a hand-held beam output hea...
The method involves irradiating an upper surface of an object with one or multiple laser pulses, in ...
Normally conventional cleaning procedures can't be used for selective cleaning with high efficiency....
The invention relates to a method for removing brittle-hard material by means of laser radiation, wh...
The invention relates to a method for removing brittle-hard material by means of laser radiation, wh...
A process for the removal of material from a moving workpiece comprises a pulsed, high-energy, mainl...
WO14154345A2 [EN] The invention relates to a method for removing brittle-hard material having a spat...
The invention relates to a method for removing brittle-hard material by means of laser radiation, wh...
The tailoring of chemical, morphological, and mechanical surface properties with laser radiation is ...
The potential of laser techniques in conservation has needed a long development period to be fully d...
Laser radiation can be used to destroy microorganisms rapidly and effectively. The salient laser cha...
Laser radiation can be used to destroy microorganisms rapidly and effectively. The salient laser cha...
At the Fraunhofer Institute of Materials Physics and Surface Technology UWS), research on removal of...
The invention relates to a method for ablating at least one layer (13) from a substrate (10), wherei...
Several physical processes are involved in the process of material removal by laser light. The energ...
Laser beam appts. for removing surface layers from workpieces, comprises a hand-held beam output hea...
The method involves irradiating an upper surface of an object with one or multiple laser pulses, in ...
Normally conventional cleaning procedures can't be used for selective cleaning with high efficiency....
The invention relates to a method for removing brittle-hard material by means of laser radiation, wh...
The invention relates to a method for removing brittle-hard material by means of laser radiation, wh...
A process for the removal of material from a moving workpiece comprises a pulsed, high-energy, mainl...
WO14154345A2 [EN] The invention relates to a method for removing brittle-hard material having a spat...
The invention relates to a method for removing brittle-hard material by means of laser radiation, wh...
The tailoring of chemical, morphological, and mechanical surface properties with laser radiation is ...
The potential of laser techniques in conservation has needed a long development period to be fully d...
Laser radiation can be used to destroy microorganisms rapidly and effectively. The salient laser cha...
Laser radiation can be used to destroy microorganisms rapidly and effectively. The salient laser cha...
At the Fraunhofer Institute of Materials Physics and Surface Technology UWS), research on removal of...