Innovative Research With the Latest Laser System
The Institute of Radio Frequency Engineering and Electronics (IHE) at KIT can investigate innovative materials with the highest precision thanks to the latest laser technology. This research is accelerated through use of the system in conjunction with in-house production. Institute staff and students are thus well equipped for the future with the LPKF ProtoLaser R4.
Thanks to very short laser pulses in the picosecond range, the LPKF ProtoLaser R4 can structure and cut thermally sensitive and very thin materials with outstanding results. Very hard materials such as fired ceramics can likewise be cut. The system also achieves the highest level of quality demanded in research on standard materials used in electronics fabrication, for example FR4. “Users of the new machine are pleased with the easy handling, which is made possible by the perfected, user-friendly LPKF CircuitPro software. This also applies to the compact design, which can easily be integrated into the lab,” reports Jan-Hendrik Guttmann, who familiarizes users at KIT with the system.
From numerous sales projects, Stefan Kiel of the LPKF laser sales team also knows how hard it often is to have larger investments approved on short notice at public institutions: “Budgets are planned for the long term and the bureaucratic hurdles for larger investments are often high. The very fast procurement confirms the urgent need for high-precision laser systems at research institutes.” LPKF presented the ProtoLaser R4 for the first time in January 2020 at the NEPCON trade show in Japan. After a university in California, KIT is now the first institute in Europe to drive innovative pioneering projects with the LPKF ProtoLaser R4. “The institute employees have ambitious goals and innovative ideas that they would like to realize with our new laser system for research,” Jan-Hendrik Guttmann discovered during the orientation.