WO2003089185 A UPAB: 20031125 NOVELTY - The machining method uses a hybrid machining process (24) in which a first machining tool (20) is combined with at least one further machining tool (22), at least one of the machining tools using a laser beam, with synchronized modulation of one machining tool by combining with the other pulse-modulated machining tool, via a synchronizer (16) between respective pulse generators (12,14). DETAILED DESCRIPTION - An INDEPENDENT CLAIM for a hybrid laser machining device is also included. USE - The laser machining method is used for metal working, e.g. for laser-arc hybrid welding. ADVANTAGE - Allows advantages of 2 different machining techniques to be combined
Within this article a novel hybrid machine tool is presented that unifies the micro-manufacturing pr...
Hybrid laser welding technologies can be defined as the combination of a high quality laser heat sou...
AbstractLaser arc hybrid welding combines the advantages but also the complex physical mechanisms of...
The degrees of freedom and the process limits of laser welding are considerably enhanced in laser hy...
The laser-MIG hybrid welding process is explained regarding the mechanism and the fundamental rules ...
A laser beam is still a relatively expensive energy source. Therefore, hybrid processes are getting ...
As part of the 'KombiMasch' project funded by the BMBF (contract number: 02PW2145), the Fraunhofer I...
DE 102009008284 A1 UPAB: 20100826 NOVELTY - In a method for laser-supported machining of high-streng...
WO 2009143836 A1 UPAB: 20100101 NOVELTY - The process for separate machining of workpieces using a l...
The laser welding process is the most flexible fusion welding process industrially available. The de...
Laser are hybrid welding has been investigated since 1978, when Prof. Steen and coworkers in the UK ...
The idea of coupling a laser beam with a gas metal arc (GMA) has significantly expanded the original...
Purpose Laser materials processing system technology has become indispensible to the tool and die ma...
The environment in manufacturing companies is characterised by constant pressure to develop innovati...
Laser and hybrid laser-arc welding are used at present in modern industry, having many advantages ov...
Within this article a novel hybrid machine tool is presented that unifies the micro-manufacturing pr...
Hybrid laser welding technologies can be defined as the combination of a high quality laser heat sou...
AbstractLaser arc hybrid welding combines the advantages but also the complex physical mechanisms of...
The degrees of freedom and the process limits of laser welding are considerably enhanced in laser hy...
The laser-MIG hybrid welding process is explained regarding the mechanism and the fundamental rules ...
A laser beam is still a relatively expensive energy source. Therefore, hybrid processes are getting ...
As part of the 'KombiMasch' project funded by the BMBF (contract number: 02PW2145), the Fraunhofer I...
DE 102009008284 A1 UPAB: 20100826 NOVELTY - In a method for laser-supported machining of high-streng...
WO 2009143836 A1 UPAB: 20100101 NOVELTY - The process for separate machining of workpieces using a l...
The laser welding process is the most flexible fusion welding process industrially available. The de...
Laser are hybrid welding has been investigated since 1978, when Prof. Steen and coworkers in the UK ...
The idea of coupling a laser beam with a gas metal arc (GMA) has significantly expanded the original...
Purpose Laser materials processing system technology has become indispensible to the tool and die ma...
The environment in manufacturing companies is characterised by constant pressure to develop innovati...
Laser and hybrid laser-arc welding are used at present in modern industry, having many advantages ov...
Within this article a novel hybrid machine tool is presented that unifies the micro-manufacturing pr...
Hybrid laser welding technologies can be defined as the combination of a high quality laser heat sou...
AbstractLaser arc hybrid welding combines the advantages but also the complex physical mechanisms of...