AbstractLaser pulses with a pulsewidth of a few picoseconds have recently received a lot of attention, solving the problem of manufacturing tools for new materials of superior mechanical properties. Processing thermally sensitive material, such as diamond and CBN structures, can be done without major material deterioration effects. The breakthrough of this new technology becomes possible, if the accuracy and life time requirements of those tools are met. The paper shows in three applications the potential of laser manufacturing of cutting tools. Manufacturing of cutting edges for CFRP cutting needs sharp and stable cutting edges, which are prepared in PCD tools by laser sources in the picosecond pulsewidth regime. Profiling of hybrid bond g...
Laser materials processing has been an intensive research topic since the invention of the laser. no...
This paper investigates the cutting performance and anti-adhesive properties of textured single poin...
AbstractLaser processing of carbon fibre reinforced plastics (CFRP) has a great industrial relevance...
AbstractLaser pulses with a pulsewidth of a few picoseconds have recently received a lot of attentio...
AbstractManufacturing of cutting edges in PCD cutting tool inserts (CTI) using picosecond pulsewidth...
AbstractManufacturing of cutting edges in PCD cutting tool inserts (CTI) using picosecond pulsewidth...
AbstractPolycrystalline diamond (PCD) has become an indispensable tool material for efficient machin...
AbstractThe demand to reduce the size, weight and material cost of modern electronic devices results...
AbstractIn this paper, an alternative process for dressing electroplated cBN grinding wheels using a...
Ultra-hard cutting materials such as polycristalline diamond with binder phase (PCD) as well as CVD ...
AbstractPolycrystalline diamond (PCD) has become an indispensable tool material for efficient machin...
In order to improve the cutting performance of PcBN tools, the cutting edge is prepared e.g. by grin...
The area of single point diamond turning of brittle materials like semiconductors and ceramics is si...
The area of single point diamond turning of brittle materials like semiconductors and ceramics is si...
Polycrystalline diamond (PCD) has become an indispensable tool material for efficient machining of v...
Laser materials processing has been an intensive research topic since the invention of the laser. no...
This paper investigates the cutting performance and anti-adhesive properties of textured single poin...
AbstractLaser processing of carbon fibre reinforced plastics (CFRP) has a great industrial relevance...
AbstractLaser pulses with a pulsewidth of a few picoseconds have recently received a lot of attentio...
AbstractManufacturing of cutting edges in PCD cutting tool inserts (CTI) using picosecond pulsewidth...
AbstractManufacturing of cutting edges in PCD cutting tool inserts (CTI) using picosecond pulsewidth...
AbstractPolycrystalline diamond (PCD) has become an indispensable tool material for efficient machin...
AbstractThe demand to reduce the size, weight and material cost of modern electronic devices results...
AbstractIn this paper, an alternative process for dressing electroplated cBN grinding wheels using a...
Ultra-hard cutting materials such as polycristalline diamond with binder phase (PCD) as well as CVD ...
AbstractPolycrystalline diamond (PCD) has become an indispensable tool material for efficient machin...
In order to improve the cutting performance of PcBN tools, the cutting edge is prepared e.g. by grin...
The area of single point diamond turning of brittle materials like semiconductors and ceramics is si...
The area of single point diamond turning of brittle materials like semiconductors and ceramics is si...
Polycrystalline diamond (PCD) has become an indispensable tool material for efficient machining of v...
Laser materials processing has been an intensive research topic since the invention of the laser. no...
This paper investigates the cutting performance and anti-adhesive properties of textured single poin...
AbstractLaser processing of carbon fibre reinforced plastics (CFRP) has a great industrial relevance...