A large variety of modern components and products such as fuel injectors and spinning nozzles require holes drilled to very high standards as fare as roundness, diameter and aspect ratio are concerned. Laser-beam helical drilling has shown great promise to produce such high quality micro holes. In helical drilling, the laser beam is rotated relative to the work piece. In this case, the rotational movement is produced using a Dove prism, mounted in a high speed, hollow shaft motor. Different kind of holes are drilled and investigated with respect to hole-quality and drilling time
AbstractThe use of a helicaloptics to drill micro holes in fuel injectors and spinning nozzles has a...
A novel strategy of beam motion is proposed with the objective of introducing ultrashort pulsed lase...
The laser beam spiral drilling, based on a rotating Dove prism, has been tested for 12 years within ...
AbstractA large variety of modern components and products such as fuel injectors and spinning nozzle...
AbstractA large variety of modern components and products such as fuel injectors and spinning nozzle...
Helical laser drilling is a method for producing high quality holes with defined geometries in diffe...
High-precision microholes are widely used as, for example, nozzles and venting holes in the automobi...
The use of a helicaloptics to drill micro holes in fuel injectors and spinning nozzles has already d...
High-precision, multidimensional holes are required in many technical applications. Due to its under...
AbstractThe use of a helicaloptics to drill micro holes in fuel injectors and spinning nozzles has a...
Laser-beam helical drilling with ultrashort pulsed lasers is one of the few techniques for producing...
Laser drilling is a very versatile tool to produce high accuracy bores in small and large geometries...
A novel strategy of beam motion is proposed with the objective of introducing ultrashort pulsed lase...
A novel strategy of beam motion is proposed with the objective of introducing ultrashort pulsed lase...
A novel strategy of beam motion is proposed with the objective of introducing ultrashort pulsed lase...
AbstractThe use of a helicaloptics to drill micro holes in fuel injectors and spinning nozzles has a...
A novel strategy of beam motion is proposed with the objective of introducing ultrashort pulsed lase...
The laser beam spiral drilling, based on a rotating Dove prism, has been tested for 12 years within ...
AbstractA large variety of modern components and products such as fuel injectors and spinning nozzle...
AbstractA large variety of modern components and products such as fuel injectors and spinning nozzle...
Helical laser drilling is a method for producing high quality holes with defined geometries in diffe...
High-precision microholes are widely used as, for example, nozzles and venting holes in the automobi...
The use of a helicaloptics to drill micro holes in fuel injectors and spinning nozzles has already d...
High-precision, multidimensional holes are required in many technical applications. Due to its under...
AbstractThe use of a helicaloptics to drill micro holes in fuel injectors and spinning nozzles has a...
Laser-beam helical drilling with ultrashort pulsed lasers is one of the few techniques for producing...
Laser drilling is a very versatile tool to produce high accuracy bores in small and large geometries...
A novel strategy of beam motion is proposed with the objective of introducing ultrashort pulsed lase...
A novel strategy of beam motion is proposed with the objective of introducing ultrashort pulsed lase...
A novel strategy of beam motion is proposed with the objective of introducing ultrashort pulsed lase...
AbstractThe use of a helicaloptics to drill micro holes in fuel injectors and spinning nozzles has a...
A novel strategy of beam motion is proposed with the objective of introducing ultrashort pulsed lase...
The laser beam spiral drilling, based on a rotating Dove prism, has been tested for 12 years within ...