Introducing Osprey: A New Era in Femtosecond Lasers
Coherent Corp. has unveiled Osprey, an innovative femtosecond laser designed for applications that demand precision, reliability, and efficiency. This compact laser offers impressive pulse energies of up to 5 µJ combined with pulse widths under 350 femtoseconds, making it ideal for a wide range of uses in optogenetics, microsurgery, and medical device manufacturing.
Key Features of Osprey
One of the standout features of Osprey is its exceptional beam quality and stability, allowing it to be easily integrated into advanced medical tools and high-precision microscopes. The laser’s introduction is timely as femtosecond lasers shift from research labs into practical clinical settings, where reliability and cost efficiency are just as crucial as peak power. Osprey meets these demands, promising industrial-grade reliability and simplified integration.
Advanced Design and Technology
Dr. Chris Dorman, the Executive Vice President of the Lasers Business Group at Coherent, expressed excitement about the launch, stating, "Osprey blends years of expertise in ultrafast laser technology with a fiber-based design to provide unmatched performance and reliability. We aimed for minimal power consumption while ensuring maximum system stability, making this laser a significant advancement for both medical and life sciences applications."
Performance Advantages
The fiber-based architecture of Osprey brings notable advantages over competitive systems. Utilizing advanced ultrafast fiber technology, this laser produces high-quality pulses using specially designed solid-core fibers that resist aging effects, ensuring durability and consistent performance. With a power consumption of under 150 W, Osprey is efficient and operates on a standard 24 V DC supply—ideal for a variety of settings.
Integration with Coherent’s Product Line
Osprey complements Coherent's existing portfolio, which includes both the Monaco and Axon series lasers optimized for two-photon calcium imaging and optogenetics applications. Together, these products form a comprehensive toolkit, empowering researchers and engineers to enhance their workflows in bioimaging and microsurgery.
Availability and Upcoming Showcases
Qualification units of the Osprey are currently available, with mass production expected to begin in early 2026. Coherent plans to showcase this innovative product at the upcoming LASER World of Photonics event in Munich, highlighting its commitment to advancing the field of photonics.
About Coherent Corp.
Coherent is at the forefront of technological innovation, enabling market leaders to pioneer the future in diverse applications ranging from industrial to communication and electronics sectors. With its global presence, Coherent offers comprehensive research and development, manufacturing, and distribution solutions. Visit coherent.com for more information.
Media Contact:
innovations@coherent.com
Frequently Asked Questions
1. What applications is the Osprey laser designed for?
The Osprey laser is primarily designed for optogenetics, microsurgery, and medical device manufacturing where precision and reliability are essential.
2. How powerful is the pulse energy of the Osprey laser?
Osprey delivers pulse energies of up to 5 µJ, ensuring high performance in demanding applications.
3. When will Osprey be available for widespread use?
Qualification units of Osprey are currently available, with full production set to begin in early 2026.
4. How does Osprey compare to other femtosecond lasers?
Osprey features advanced fiber-based architecture, delivering superior performance, beam quality, and reliability compared to competitive systems.
5. Where can I get more information about Coherent Corp.?
For additional details, please visit Coherent's official website at coherent.com.
