The TruMark 3010, from Trumpf, is a laser marking system aimed at those who need to mark small batches or individual workpieces
Trumpf has released a laser diode module capable of 100W of output. The module is the basis of the recently launched Trumpf TruDiode direct diode laser series
Trumpf has released new additions to its range of TruMark Series 3000 and 6000 laser markers, able to mark a wide variety of plastics
Trumpf has introduced its new TruLaser Robot 5020, capable of laser welding, laser cutting and component coating by laser deposition welding
Trumpf has introduced the TruLaser 7040, a machine that enables two cutting heads powered by a 6kW laser with beam splitting to process two parts simultaneously
Trumpf has extended the TruMicro Series 5000 to give users the option of acquiring a licence to expand the range of potential applications for the ultrashort pulsed laser.
Trumpf has released a direct diode laser series with features that include 100W of output from a single fibre optic and a divergence of less than 120mrad, the performance data of the diode module.
Trumpf has released its TruMark 3020 laser marker, which is a compact and versatile system that can be used in almost any environment.
Trumpf has released the TruDisk 1000 disk laser, which has a cuts and welds capability with a 1kW output.
Carlos Lee, Epic’s director general, talks to Sami Musa, CEO of Chilas, a Dutch-based company specialising in ultra-narrow linewidth tuneable external cavity lasers
Photonics innovation relies on stronger communication between universities and the commercial sector. Jessica Rowbury reports from the Photonex conference in Glasgow
Electronics quality checks made using laser triangulation. (Image: Sick)
We ask four experts to give their advice for 3D imaging best practices
Sydney Institute for Astronomy researchers have developed a new type of wavefront sensor that leverages a ‘photonic lantern’ and deep learning. (Norris et al.)
Researchers have developed a wavefront sensor using a ‘photonic lantern’ that could optimise humanity’s viewing of the cosmos
At Nasa’s Jet Propulsion Laboratory, engineers integrate the gamma ray and neutron spectrometer into the Psyche spacecraft. (Image: NASA/JPL-Caltech)
A gamma ray and neutron spectrometer was recently installed on the ‘Psyche’ spacecraft, which will launch next year to probe a distant asteroid and uncover clues about the origins of our solar system
