Edmund Optics® (EO), a leading provider of optical components, has expanded its extensive inventory by adding several new IR product families to address the growing demand in the field of infrared (IR) and near infrared (NIR) applications. This product expansion gives laser integrators access to more in-stock products for immediate shipping, enabling rapid prototyping and product development.
Eye-safe NIR lasers are increasingly being used in biomedical systems, LiDAR, and telecom. New TECHSPEC® 1.550 nm High Precision NIR Aspheric Lenses allow NIR system designers to correct for spherical aberrations and improve system resolutions. New NIR Detection YAGLASS-T Filters convert NIR light to eye-safe visible light and feature a high laser damage threshold of 51 J/cm2 @ 1.064 nm, 10ns pulses, providing an ideal alternative to laser detection cards for high-power applications.
New IR Pellicle Beamsplitters use thin nitrocellulose beamsplitting membranes mounted in aluminum frames to eliminate second surface reflections and beam displacement while minimizing changes in the optical path length in IR laser systems.
These new products expand the already existing extensive in-stock availability of Infrared Optics. In addition, these products can be fully customized to explicit application needs to take laser systems from prototype to production.
To view these, and many more exciting new products offered by Edmund Optics, visit the new products page at www.edmundoptics.eu.
Eye-safe NIR lasers are increasingly being used in biomedical systems, LiDAR, and telecom. New TECHSPEC® 1.550 nm High Precision NIR Aspheric Lenses allow NIR system designers to correct for spherical aberrations and improve system resolutions. New NIR Detection YAGLASS-T Filters convert NIR light to eye-safe visible light and feature a high laser damage threshold of 51 J/cm2 @ 1.064 nm, 10ns pulses, providing an ideal alternative to laser detection cards for high-power applications.
New IR Pellicle Beamsplitters use thin nitrocellulose beamsplitting membranes mounted in aluminum frames to eliminate second surface reflections and beam displacement while minimizing changes in the optical path length in IR laser systems.
These new products expand the already existing extensive in-stock availability of Infrared Optics. In addition, these products can be fully customized to explicit application needs to take laser systems from prototype to production.
To view these, and many more exciting new products offered by Edmund Optics, visit the new products page at www.edmundoptics.eu.
