The new record in multibeam laser nanostructuring, with respect to the number of laser beams simultaneously modifying the material surface, was reached due to the active scientific cooperation of HiLASE Centre with the Israeli company HOLO/OR Ltd.
HiLASE Centre as a part of the Institute of Physics of the CAS has achieved another world record. The Laser Micromachining team led by Peter Hauschwitz, applied a concept of multi beam processing of record speed of 1909 cm2/min to create nanostructures on stainless steel.
Innovative methods of material surface treatment and a completely new and unique solution in the field of industrial tool preparation, using laser technologies, are available thanks to Hi-Beams, s.r.o., a newly established spin-off of HiLASE Centre and SHM company, an expert on industrial PVD coatings.
The BIVOJ laser has broken its own performance record that it set in 2016.
Petr Hauschwitz from HiLASE Centre has now made it into the prestigious 30 UNDER 30 list in the Czech version of the FORBES magazine
The BIVOJ laser has broken its own performance record that it set in 2016. In a recent test, the system was operated for an hour at a pulse energy in excess of 145 J (with a maximum of 146.5 J) in 10 ns pulses at a repetition rate of 10 Hz at a wavelength of 1030 nm.
At the moment, students can participate in an Internet round of the competition at the following website: www.talentovka.cz. During a three-day finale in October, twelve best competitors will check out the simulation of a scientific experiment at professional laboratories of the laser centres.
The first month of autumn at the Institute of Physics of the Czech Academy of Sciences will be marked with a sequence of events intended for the general public. Apart from the annual events such as the Science Festival or Researchers‘ Night, the Institute of Physics will participate in a neighbourhood fest entitled Different City Experience
Successful FZU scientific teams which deal with current scientific and technical challenges in the fields of nanoelectronics, photonics, magnetism, functional and bioactive materials and plasma technologies will join forces in this modern centre
