Spherical Dichroic Mirrors are advanced wavelength-selective optical components designed with a precisely curved (spherical) surface to provide both spectral separation and beam control in optical systems. These mirrors selectively reflect specific wavelength ranges while transmitting others, while their spherical geometry enables efficient beam focusing, collimation, or expansion depending on the optical setup.

Manufactured using high-quality multilayer dielectric coatings, spherical dichroic mirrors deliver high reflectivity, excellent transmittance, and superior optical efficiency across designated spectral bands. The curved surface enhances beam shaping performance and allows tighter spot focusing and improved directional control, making them ideal for precision laser and photonics applications.

Their robust coating structure ensures high laser damage threshold (LIDT), long-term stability, and consistent optical performance in demanding laboratory, industrial, and research environments.

Download Brochure