Image: Hiperdias
A selection of laser technology for micromachining applications, including drilling, cutting, structuring and scribing.
3D-Micromac’s microPREP 2.0 enables high-volume sample preparation of metals, semiconductors, ceramics, and compound materials for microstructure diagnostics and failure analysis.
Laser micromachining firm 3D-Micromac has introduced the microPREP 2.0 laser ablation system for high-volume sample preparation of metals, semiconductors, ceramics and compound materials
The Lasers in Action forum during Lasys covered topics such as micromachining, cladding and welding, additive manufacturing, laser safety, beam shaping and ultrafast lasers.
3D-Micromac, a laser micromachining specialist, will present its wide spectrum of laser processes and machine solutions at the Lasys
3D-Micromac today announced that it has installed three of its microCELL OTF laser systems at Hanwha SolarOne’s production facility in Qidong, Jiangsu-province, China.
3D-Micromac is presenting its highly productive MicroCell systems for laser processing of crystalline solar cells at the SNEC 2017
3D-Micromac announced that it has received an order for three of its microCELL OTF laser systems from REC Group
Matthew Dale looks at how laser processing is improving the efficiency of solar panels
3D-Micromac's MicroDice laser micromachining system has been adopted by a major industrial manufacturer for volume production of high-power diodes
3D-Micromac, a specialist in laser micromachining, will build its new headquarters with a customer application center on the Smart Systems Campus in Chemnitz, Germany
Matthew Dale explores some of the latest technology for manipulating and measuring the beam, including a multi-spot optical module for laser brazing and a contactless beam analysis device
Moving to very high power lasers for welding metals, like aluminium in car production, has some big benefits, as Greg Blackman finds out