SIMPLE – Solubility is made practically easy
Improve measurement throughput + device integrity.
Laser stabilization with Machine Learning
Lasers suffer from long-term pointing instabilities due to environmental and other influences. In addition, UV femtosecond pulse beams, as the front-end laser for SwissFEL, damage relatively fast multiple optics in the beam path.
Additive Manufacturing of Glass
The goal of the project was exploring potential routes for AM (Additive Manufacturing) of glass using DLP (Digital Light Processing) Technology.
A miniaturized device to measure premature babies palate and clefts
Assessment of the technical risks for the construction of a miniaturized measuring diagnostic system with the aid of optical simulation and the construction of a rudimentary demonstrator.
Device for simplified ILMD – Imaging Luminance Measurement Device
Measure Glare with your camera lense.
Index of refraction and stress coefficient of optical components
Latest Microoptics developments allow to fabricate lens arrays at extreme precision by imprint in curable plastic materials.
Next Gen Nozzles: Advanced Materials Nozzle Manufacturing for Capillary Jets
The manufacturing of water jet nozzles is manually intensive process, which increases costs, lead-times, quality control and validation needs and inventories.
Metallic nanogrids on glass for the greenhouse industry
Infrascreen is committed to the vision of everyone having access to healthy and sustainable fruits and vegetables as well as reaching carbon neutrality.
Practical monitoring over time during optical interference coating production
Investigate factors influencing particle formation and finding practical, industrial methods for eliminating the creation of particles during deposition of optical thin film coatings. Developing robust, easy-to-use, cost effective in-process diagnostic tools and/or software for monitoring the coating processes.
Photonics Sensor Processing Unit
In this project, a novel interrogator will be developped which allows temperature and pressure measurements with fiber Bragg grating sensors at much smaller size than currently available interrogators thanks to the use of a photonic integrated circuit (PIC) in combination with smart evaluation electronics.
