Bruker provides advanced, non-destructive X-ray metrology solutions for characterization, process monitoring, and analysis across silicon and compound semiconductor manufacturing environments.
Our X-ray metrology portfolio supports everything from QC monitoring of epilayer films and high-throughput production metrology to detailed R&D analysis of semiconductor films, wafers, and advanced device structures. Covering the full range of processing in both logic and memory, these solutions support front-end-of-line control of epi films and high-k dielectrics, identification of substrate defects, analysis of metal films and wafer-level packaging bumps, and characterization of complex semiconductor materials and epilayer structures. Specialized systems are available for both high-volume manufacturing environments and multi-application research workflows supporting current and future metrology needs.
These solutions help semiconductor manufacturers gain the high-quality process monitoring, precision characterization, and process insight needed to accelerate development and improve manufacturing control.
Bruker's automated X-ray metrology solutions provide high-quality process monitoring and non-destructive characterization for silicon and compound semiconductor manufacturing, supporting everything from front-end process control and epitaxial film analysis to packaging metrology, defect identification, and detailed R&D investigations.
To learn more, contact us to discuss your measurement requirements, find out about the systems best-suited for your application, discuss options for system specialization, or request a quote based on your specific needs.
Support QC monitoring of epilayer films and detailed characterization of semiconductor films, wafers, and advanced material structures for both production and research environments.
Provide front-end-of-line process control of epi films and high-k dielectrics across logic, memory, and power semiconductor manufacturing.
Analyze metal films, wafer-level packaging structures, and metallization processes used in advanced semiconductor devices.
Enable high-quality process monitoring and identification of substrate defects across development, process optimization, and high-volume manufacturing environments.
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