Who We Are
Opsydia spun out from the University of Oxford in September 2017 based on the joint research of Prof. Martin Booth and Prof. Patrick Salter. Drawing on the scientific instrumentation and manufacturing expertise of our executive and engineering teams, we’ve built upon cutting-edge university research and created high-volume industrial processes for commercial applications.
Our Technology
Utilising world-leading adaptive optics research, Opsydia’s technology uses ultrafast laser pulses to fabricate nano-scale structures in transparent materials. Through advanced aberration correction, Opsydia is able to generate both passive and active features and devices in materials such as optical glass and diamond
Industry Ready
Based on industry proven systems where 24/7 operation and high duty cycles are critical, Opsydia delivers state of the art commercial systems for product development and low batch processing with intuitive user interfaces.
We also offer, together with our partners, systems for high throughput environments where sample handling and high speed machine vision are needed.
All of our systems employ machine learning with neural networks for complex tasks such as feature recognition and optical optimization. This means that the users are not involved with such tasks and only interface with the system through a graphical interface.
Opsydia’s systems are all supported by remote diagnostics and support and by a world-class systems engineering and field service team.
Meet the Team
Opsydia emerged from the Dynamic Optics and Photonics Group within the Department of Engineering Science at the University of Oxford. Our shared passion for innovation is what’s driving Opsydia forward and helping to develop our reputation as leading experts in sub-surface laser technology.
Join Our Team
For career opportunities or to submit a CV for consideration, visit our Careers page. We are always looking for talented engineers and scientists to support our goals and help us grow internationally across a range of industries