AbstractWithin the sheet metal working industry the demand for thinner sheet materials with very high strength is growing due to the increasing importance for saving energy and responsible usage of natural resources. High strength and low ductility restrict application of state-of-the-art technology to shear, bend or deep draw parts with the needed complexity and quality. The Fraunhofer IPT has developed a “hy-PRESS” system to combine laser-assisted preheating and conventional punching to a hybrid technology in a progressive die, which allows to shear, bend and deep draw high strength materials with a high quality and complexity in progressive dies
When considering the application of lasers in sheet metal part production, one typically thinks of t...
AbstractThe Fraunhofer IPT recently developed a new hybrid laser-assisted shearing process which ena...
In recent years, techniques have emerged that allow rapid prototyping of sheet metal 3D parts. These...
Within the sheet metal working industry the demand for thinner sheet materials with very high streng...
AbstractWithin the sheet metal working industry the demand for thinner sheet materials with very hig...
Within the sheet metal working industry the demand for thinner sheet materials with very high streng...
AbstractWithin the sheet metal working industry the demand for thinner sheet materials with very hig...
Based on the demand for a responsible use of natural resources and energy the need for lightweight m...
AbstractWithin the sheet metal working industry the demand for thinner sheet materials with very hig...
Most small or medium sized parts produced in mass production are made by shearing and forming of she...
AbstractMost small or medium sized parts produced in mass production are made by shearing and formin...
Due to the growing ranges of applications for stamped parts in the electrical and electronics indust...
AbstractMost small or medium sized parts produced in mass production are made by shearing and formin...
The Rapid Prototyping (RP) process is evolving beyond just making three dimensional models and it is...
The Rapid Prototyping (RP) process is evolving beyond just making three dimensional models and it is...
When considering the application of lasers in sheet metal part production, one typically thinks of t...
AbstractThe Fraunhofer IPT recently developed a new hybrid laser-assisted shearing process which ena...
In recent years, techniques have emerged that allow rapid prototyping of sheet metal 3D parts. These...
Within the sheet metal working industry the demand for thinner sheet materials with very high streng...
AbstractWithin the sheet metal working industry the demand for thinner sheet materials with very hig...
Within the sheet metal working industry the demand for thinner sheet materials with very high streng...
AbstractWithin the sheet metal working industry the demand for thinner sheet materials with very hig...
Based on the demand for a responsible use of natural resources and energy the need for lightweight m...
AbstractWithin the sheet metal working industry the demand for thinner sheet materials with very hig...
Most small or medium sized parts produced in mass production are made by shearing and forming of she...
AbstractMost small or medium sized parts produced in mass production are made by shearing and formin...
Due to the growing ranges of applications for stamped parts in the electrical and electronics indust...
AbstractMost small or medium sized parts produced in mass production are made by shearing and formin...
The Rapid Prototyping (RP) process is evolving beyond just making three dimensional models and it is...
The Rapid Prototyping (RP) process is evolving beyond just making three dimensional models and it is...
When considering the application of lasers in sheet metal part production, one typically thinks of t...
AbstractThe Fraunhofer IPT recently developed a new hybrid laser-assisted shearing process which ena...
In recent years, techniques have emerged that allow rapid prototyping of sheet metal 3D parts. These...