Most small or medium sized parts produced in mass production are made by shearing and forming of sheet metal. This technology is cost effective, but the achievable quality and geometrical complexity are limited when working high and highest strength steel. Based on the requirements for widening the process limits of conventional sheet metal working the Fraunhofer IPT has developed the laser-assisted sheet metal working technology. With this enhancement it is possible to produce parts made of high and highest strength steel with outstanding quality, high complexity and low tool wear. Additionally laser hardening has been implemented to adjust the mechanical properties of metal parts within the process. Currently the process is limited to low...
Increasing productivity in splitting up of metal sheets by means of mechanical cutting processes is ...
The effect of localized laser hardening on the dimensional accuracy of incrementally formed steel sh...
High strength steels enable new solutions for weight optimized car bodies without sacrificing crash ...
AbstractMost small or medium sized parts produced in mass production are made by shearing and formin...
Based on the demand for a responsible use of natural resources and energy the need for lightweight m...
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...
Due to the growing ranges of applications for stamped parts in the electrical and electronics indust...
High strength steel materials, coated sheet metals and other metallic materials for manufacturing ca...
Today, manufacturers in the automotive industry have to find a compromise between ensuring maximum s...
Manufacturers are increasingly using high strength press hardened steels, which allow components suc...
This paper presents the results of computer simulations and experimental studies, aiming to increase...
The development of hot stamped manganese–boron steels established new potentials for lightweight con...
Increasing productivity in splitting up of metal sheets by means of mechanical cutting processes is ...
The effect of localized laser hardening on the dimensional accuracy of incrementally formed steel sh...
High strength steels enable new solutions for weight optimized car bodies without sacrificing crash ...
AbstractMost small or medium sized parts produced in mass production are made by shearing and formin...
Based on the demand for a responsible use of natural resources and energy the need for lightweight m...
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...
Due to the growing ranges of applications for stamped parts in the electrical and electronics indust...
High strength steel materials, coated sheet metals and other metallic materials for manufacturing ca...
Today, manufacturers in the automotive industry have to find a compromise between ensuring maximum s...
Manufacturers are increasingly using high strength press hardened steels, which allow components suc...
This paper presents the results of computer simulations and experimental studies, aiming to increase...
The development of hot stamped manganese–boron steels established new potentials for lightweight con...
Increasing productivity in splitting up of metal sheets by means of mechanical cutting processes is ...
The effect of localized laser hardening on the dimensional accuracy of incrementally formed steel sh...
High strength steels enable new solutions for weight optimized car bodies without sacrificing crash ...