The new CoolLine option from Trumpf is a cooling device that keeps temperatures constant by spraying a fine water mist around the point of cut
Trumpf has announced its TruLaser Tube 7000, a machine that can process tubes with a rectangular, round or oval cross-section
Trumpf has introduced a method of directly connecting a marking laser to the Systems Applications and Products (SAP) environment via a standard interface with its TruMark Station 1000 (D)
Trumpf has launched its new TruLaser Station 3003 for users who are interested in small and medium batch laser welding
Trumpf has introduced its new TruLaser Cell 7040 laser system with disk laser, capable of optimal cutting and welding tasks using a single laser light cable
Trumpf has introduced its TruLaser 5030, a fibre-guided TruDisk solid state laser suitable for job shops and OEMs with a requirement for cutting thin sheet metal parts
Trumpf has announced the TruLaser 8000, a 2D laser machine for the processing of extra large sheets, measuring up to 16 x 2.5m
Trumph has introduced two new marking lasers to its TruMark 6000 series, the TruMark 6030 and the TruMark 6140, offering short processing times and high marking precision
Trumpf has expanded its TruDiode Series with the introduction of diode lasers at output powers of 800, 1000, 2000 and 3000 watts, for welding, brazing, hardening and heat treatment applications
Trumpf has introduced its latest generation of TruDisk lasers, a range of fibre-delivered products for demanding industrial applications
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
