As technological advancements push the boundaries of what’s possible in defense, research, and industrial applications, high-energy optics have emerged as a critical component in directed energy systems. From laser-based defense solutions to cutting-edge scientific research, the demand for durable, precision-engineered optics has never been higher.
DEFENSE
In today’s defense equipment, lightweight, compact, and flexible is what the DoD needs – in the air and on the ground. This means flat optics from Sydor are becoming increasingly more useful than traditional optics at the component level. Especially where conventional optics such as lenses, mirrors and prisms can be easily replaced with flat optics. Product engineers can maximize optical performance within a compact assembly design for improved space-saving and lighter weight material.
LASERS AND LASER RESEARCH
Many considerations go into the design, fabrication and use of optics for laser applications. Rather than modifying the geometry of a laser beam, flat optics can modify other properties such as direction or spectral content. These optics are used for mirrors and debris shield windows among other applications.
MEDICAL TECHNOLOGY
At Sydor Optics, we work with medical technology companies to supply the highest quality and precision flat optics for medical device products. Our advanced solutions are integral to the performance and reliability of cutting-edge medical devices, including minimally invasive surgical systems. From prototyping to full-scale production, our team works closely with medical device OEMs to deliver customized flat optics solutions.
