AbstractAn innovative laser cladding technology based on laser scanning is presented. The variable scan width allows adjusting the dimensions of the weld seams on-line in a broad range for a flexible adaption of specific requirements concerning the part's geometry. Additionally, an enhancement of the deposition rate is achieved. Automated adaption of the laser power with regard to the processing speed allows for a constant weld seam quality in curves. Furthermore, the feasibility of replacing edges by weld seams and restoring the initial part geometry is demonstrated
Surface coating, repair, and rapid design changes of high-value components and tools are demanding c...
AbstractThe novel laser-assisted double-wire non-transferred arc (LDNA) surfacing process that melts...
Laser cladding with fiber laser using scanning optics is a relatively new way of laser cladding. Mod...
AbstractAn innovative laser cladding technology based on laser scanning is presented. The variable s...
AbstractNew innovative deposition technologies are requested by many companies to improve the proper...
AbstractLaser cladding has become an established technology for parts repair and surface modificatio...
Laser Cladding is one of several processes within Additive Manufacturing and usually involves the pr...
New innovative deposition technologies are requested by many companies to improve the properties and...
AbstractLaser cladding using a scanned beam is quite a similar process than laser cladding using sta...
Several laser materials processing technologies using metal wire addition have been researched durin...
Laser cladding has become an established technology for parts repair and surface modification for co...
AbstractThe shape of the cladding tracks is extremely important for producing layers or structures b...
High strength steel materials, coated sheet metals and other metallic materials for manufacturing ca...
ArticleThis paper is devoted to the investigation of the influence of technological parameters on t...
The shape of the cladding tracks is extremely important for producing layers or structures by adding...
Surface coating, repair, and rapid design changes of high-value components and tools are demanding c...
AbstractThe novel laser-assisted double-wire non-transferred arc (LDNA) surfacing process that melts...
Laser cladding with fiber laser using scanning optics is a relatively new way of laser cladding. Mod...
AbstractAn innovative laser cladding technology based on laser scanning is presented. The variable s...
AbstractNew innovative deposition technologies are requested by many companies to improve the proper...
AbstractLaser cladding has become an established technology for parts repair and surface modificatio...
Laser Cladding is one of several processes within Additive Manufacturing and usually involves the pr...
New innovative deposition technologies are requested by many companies to improve the properties and...
AbstractLaser cladding using a scanned beam is quite a similar process than laser cladding using sta...
Several laser materials processing technologies using metal wire addition have been researched durin...
Laser cladding has become an established technology for parts repair and surface modification for co...
AbstractThe shape of the cladding tracks is extremely important for producing layers or structures b...
High strength steel materials, coated sheet metals and other metallic materials for manufacturing ca...
ArticleThis paper is devoted to the investigation of the influence of technological parameters on t...
The shape of the cladding tracks is extremely important for producing layers or structures by adding...
Surface coating, repair, and rapid design changes of high-value components and tools are demanding c...
AbstractThe novel laser-assisted double-wire non-transferred arc (LDNA) surfacing process that melts...
Laser cladding with fiber laser using scanning optics is a relatively new way of laser cladding. Mod...