Pollen Markets: Optimization of material processes for high-tech industries

The semiconductor industry is at the heart of technological innovation, powering a multitude of electronic products, from smartphones to data centers to connected objects. At Pollen Metrology, we support chip and electronic component manufacturers at every critical stage of their production process. With our advanced metrology and data analytics solutions, we help our customers optimize the quality and yield of their manufacturing lines, while reducing costs. Our expertise allows us to meet the growing demands of a constantly evolving market, where continuous improvement in performance, miniaturization and reliability are paramount.

Electronic displays, whether LCD, OLED or other emerging technologies, play a vital role in the user experience of countless devices – smartphones, televisions, professional displays or billboards. In this highly competitive market, Pollen Metrology offers solutions for the control and analysis of manufacturing processes to ensure high-quality displays with impeccable contrast and resolution. Our metrology tools enable rapid identification of potential defects, precise measurement of optical properties and reliability of the production chain. By supporting our customers in optimizing their processes, we contribute to the creation of more efficient and more durable displays.

High-performance materials are essential in sectors as diverse as aeronautics, automotive, energy and healthcare. These advanced materials – composites, technical ceramics, special alloys, etc. – must meet increasingly demanding criteria of strength, lightness and durability. Pollen positions itself as a partner of choice to help manufacturers characterize, control and improve these materials at each stage of their development and production. Through our metrology and data management software solutions, we enable precise monitoring of structural, thermal and mechanical properties, so that each part produced meets the strictest quality and reliability standards.