Coherent Introduces Osprey, a Compact Femtosecond Laser for Optogenetics, Microsurgery, and Medical Device Manufacturing

Core Insights - Coherent Corp. has launched Osprey, a new femtosecond laser designed for applications in optogenetics, microsurgery, and medical device manufacturing, featuring pulse energies of up to 5 µJ and sub-350 fs pulse widths [1][2] Product Features - Osprey is engineered for precision and reliability, offering exceptional beam quality and pointing stability, making it suitable for integration into precision microscopes and advanced medical tools [1][2] - The laser operates with a power draw under 150 W and runs on a standard 24 V DC supply, highlighting its energy efficiency [3] - Osprey's fiber-based architecture provides significant performance advantages, generating high-quality pulses with minimal aging effects and superior ruggedness [3] Market Context - The introduction of Osprey aligns with the trend of femtosecond lasers transitioning from research to clinical and industrial applications, where reliability and cost efficiency are increasingly prioritized over peak power [2] - Osprey complements Coherent's existing ultrafast portfolio, including the Monaco and Axon series, providing a comprehensive toolkit for advanced bioimaging and microsurgery workflows [4] Production and Availability - Qualification units of Osprey are currently available, with volume production expected to begin in January 2026 [4] - Coherent plans to showcase Osprey at the LASER World of Photonics Munich 2025 [4]