In the past few years, the Fraunhofer IPT has presented the development of laser generating, a rapid prototyping process based on the principle of laser deposition welding. This paper describes how the process has been optimized and expanded by combining laser generating with high-speed milling. The application of high-speed milling techniques permits metallic parts and tools with sharp contours to be manufactured to comply with the standards of form and dimensional accuracy required. The principle behind this process, the specific advantages of the combined technique and the latest technological developments in this field, are discussed in this pape
The Rapid Manufacturing process 'Laser Sintering' is a powder metallurgical process. The process pri...
Laser welding is an established manufacturing technology for a large variety of automotive applicati...
The laser's main current use is in cutting or joining processes. Innovative techniques in the field ...
In order to ensure that the prototype corresponds as closely as possible to the serial part subseque...
Purpose Laser materials processing system technology has become indispensible to the tool and die ma...
Advanced high-strength materials offer a huge application potential within highly stressed component...
The quick manufacturing of large metal forming tools, e.g. for car body parts, is a novel and promis...
This paper presents the important issues pertaining to the development of a precision rapid metal fo...
High strength steel materials, coated sheet metals and other metallic materials for manufacturing ca...
Increasing productivity in splitting up of metal sheets by means of mechanical cutting processes is ...
AbstractAdvanced high-strength materials offer a huge application potential within highly stressed c...
The known Rapid Prototyping techniques are generally limited to non-metallic materials. The manufact...
This overview will focus on the direct fabrication of metal components by using laser-forming techni...
The spite of being the most established laser processing technology since more than 25 years, laser ...
State of the art generative manufacturing processes for metals are either limited by the use of spec...
The Rapid Manufacturing process 'Laser Sintering' is a powder metallurgical process. The process pri...
Laser welding is an established manufacturing technology for a large variety of automotive applicati...
The laser's main current use is in cutting or joining processes. Innovative techniques in the field ...
In order to ensure that the prototype corresponds as closely as possible to the serial part subseque...
Purpose Laser materials processing system technology has become indispensible to the tool and die ma...
Advanced high-strength materials offer a huge application potential within highly stressed component...
The quick manufacturing of large metal forming tools, e.g. for car body parts, is a novel and promis...
This paper presents the important issues pertaining to the development of a precision rapid metal fo...
High strength steel materials, coated sheet metals and other metallic materials for manufacturing ca...
Increasing productivity in splitting up of metal sheets by means of mechanical cutting processes is ...
AbstractAdvanced high-strength materials offer a huge application potential within highly stressed c...
The known Rapid Prototyping techniques are generally limited to non-metallic materials. The manufact...
This overview will focus on the direct fabrication of metal components by using laser-forming techni...
The spite of being the most established laser processing technology since more than 25 years, laser ...
State of the art generative manufacturing processes for metals are either limited by the use of spec...
The Rapid Manufacturing process 'Laser Sintering' is a powder metallurgical process. The process pri...
Laser welding is an established manufacturing technology for a large variety of automotive applicati...
The laser's main current use is in cutting or joining processes. Innovative techniques in the field ...