State of the art generative manufacturing processes for metals are either limited by the use of special powder materials or the manufacturability of certain geometric features. To overcome these limitations the Fraunhofer ILT and TRUMPF are developing the Laser Melting process. The purpose is to build up customized parts in small lot sizes and serial tools with internal structures using standard materials. Materials under investigation include stainless steel, tool steel and titanium alloys. Parts manufactured by Laser Melting will be characterized and examples of industrial applications such as functional prototypes, individual parts like medical implants and tools will be presented
Purpose This paper seeks to investigate the possibility of producing medical or dental parts by sele...
Applying additive manufacturing technologies in the tooling sector is reaching a new level with Lase...
High power lasers provide time and cost effective method for metallic surface modification. In this ...
Laser melting will be presented as a new generative manufacturing process for titanium parts. Laser ...
This overview will focus on the direct fabrication of metal components by using laser-forming techni...
This chapter provides a basic insight into the selective laser melting (SLM) process. It reports the...
In order to ensure that the prototype corresponds as closely as possible to the serial part subseque...
This chapter provides a basic insight into the selective laser melting (SLM) process. It reports the...
Laser assisted generative production techniques like Selective Laser Melting (SLM) are novel but com...
The work presented here summarises part of the work I have done for the past six years. After a few ...
Additive manufacturing, considered as the future of manufacturing or the new industrial revolution,...
Digital spare parts is a concept where spare parts and all the related information are transferred a...
Selective Laser Melting technologies allow direct additive manufacturing of metallic components of v...
In recent years, digitizing and automation have gained an important place in fabrication of medical ...
In recent years, digitizing and automation have gained an important place in fabrication of medical ...
Purpose This paper seeks to investigate the possibility of producing medical or dental parts by sele...
Applying additive manufacturing technologies in the tooling sector is reaching a new level with Lase...
High power lasers provide time and cost effective method for metallic surface modification. In this ...
Laser melting will be presented as a new generative manufacturing process for titanium parts. Laser ...
This overview will focus on the direct fabrication of metal components by using laser-forming techni...
This chapter provides a basic insight into the selective laser melting (SLM) process. It reports the...
In order to ensure that the prototype corresponds as closely as possible to the serial part subseque...
This chapter provides a basic insight into the selective laser melting (SLM) process. It reports the...
Laser assisted generative production techniques like Selective Laser Melting (SLM) are novel but com...
The work presented here summarises part of the work I have done for the past six years. After a few ...
Additive manufacturing, considered as the future of manufacturing or the new industrial revolution,...
Digital spare parts is a concept where spare parts and all the related information are transferred a...
Selective Laser Melting technologies allow direct additive manufacturing of metallic components of v...
In recent years, digitizing and automation have gained an important place in fabrication of medical ...
In recent years, digitizing and automation have gained an important place in fabrication of medical ...
Purpose This paper seeks to investigate the possibility of producing medical or dental parts by sele...
Applying additive manufacturing technologies in the tooling sector is reaching a new level with Lase...
High power lasers provide time and cost effective method for metallic surface modification. In this ...