LaserMicronics processes ultra-thin glass with innovative LIDE technology
Since April 2017, LaserMicronics has been using the innovative Laser Induced Deep Etching (LIDE) technology - and is thus at the forefront of micromachining of glass. The innovative method developed by LPKF achieves glass processing with an outstanding qualitative result.read more...
Thorne Lietz moves from LPKF to LaserMicronics
There are actually only a few steps between the head office of LPKF Laser & Electronics AG and that of LaserMicronics. Thorne Lietz will take this short path in future when he leaves the LPKF PCB prototyping sales team to take over PCB laser services at LaserMicronics.read more...
LaserMicronics expands production spectrum
The demand for high quality manufacturing services with the laser is constantly growing. LaserMicronics as a specialist for laser micromachining uses the good market climate to place additional production offers. In June, the laser plastic welding branch in Fuerth had already moved into new, modern administration and production facilities. Now a clean room went into operation to add more sophisticated plastic products.read more...
CITEC employs compact LDS component as a sensor array
After several years of collaboration, a team of more than 200 scientists from various disciplines have achieved an important milestone: with the development of a tactile sensor in the shape of a fingertip made of a complex LDS component, artificial hands can learn to feel.read more...
LaserMicronics assumes LDS production for Festo BionicANTs
Festo AG & Co. KG from Esslingen has already presented a few engineered structures based on models from nature in the past. At this year's Hannover Fair, the company has chosen to demonstrate collaborative ants - BionicANTs working together on tasks they could not accomplish alone. The BionicANTs owe their compactness and functional exteriors to LPKF technology: thanks to the LDS process, they carry electronic components and traces on their bodies.read more...
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