Eckhard Schäfer appointed new CEO of Photonics System Group
Proaut Technology GmbH joins Photonics Systems Group
Javier González Moreno joins the sales team at InnoLas Solutions
Sensor + Test
Evertiq Expo Malmo
Evertiq Expo Cracow
IMS Conference & Exhibition
Evertiq Expo Berlin
Laser World of Photonics
Semicon West Hybrid
Evertiq Expo Gothenburg
Renewable Energy India Expo
Guadalajara Expo & Tech Forum, SMTA Mexico
Evertiq Expo Warsaw
Evertiq Expo Tampere
Laser systems for micromaterial processing
InnoLas Solutions develops highly efficient machine solutions for the electronics, semiconductor and photovoltaic industries from innovations in laser technology.
Thanks to a modular platform concept, each of our laser systems can be individually configured for the respective manufacturing task and designed as a stand-alone machine or for inline integration.
Solutions for the photovoltaic industries
InnoLas Solutions is a leading supplier of laser systems and offers system platforms for various applications:
PCB depaneling with the laser
Fast, economical and without residues
Depaneling of rigid as well as flexible printed circuit boards (PCBs) with state-of-the-art laser technology from Innolas Solutions is completely residue-free and ensures maximum material savings and low scrap rates thanks to full-cut and dense component arrangement.
Solutions for the electronics industry
InnoLas Solutions develops highly efficient machine solutions for electronics production from innovations in laser technology. The use of ultrashort pulse lasers ensures optimum processing results when drilling, scribing, cutting and structuring printed circuit board materials, ceramic substrates and semiconductor wafers.
Laser drilling with laser machines from InnoLas Solutions
PCB drilling with the laser from 2 µm in diameter
Laser drilling is one of our specialties. To process micro materials in electronic components down to the finest depths and diameters, we rely on ultrashort pulse lasers (UKP). The processes are melt-free and do not require any post-processing.