Off-Axis Parabolic Mirror (OAP Mirror) reflective lens

Off-Axis Parabolic Mirrors: Precision Beam Control Without Compromise

Off-Axis Parabolic Mirrors (OAP Mirrors) are becoming an essential optical component in advanced laser and infrared systems, offering unmatched performance where precision truly matters.

Unlike traditional lenses, OAP mirrors focus or collimate light without introducing spherical or chromatic aberration, ensuring excellent beam quality across a wide spectral range—from ultraviolet to infrared.

Their off-axis design eliminates central obscuration, enabling efficient beam steering, tighter focusing, and easier system integration.

OAP mirrors are widely used in laser beam shaping, spectroscopy, FTIR systems, free-space optical communication, and high-power laser applications.

Thanks to their reflective design, they are ideal for high-energy environments where thermal stability and wavelength independence are critical.

Manufactured with high-precision substrates and advanced reflective coatings, modern OAP mirrors deliver high reflectivity, low surface roughness, and exceptional wavefront accuracy, helping engineers achieve reliable and repeatable optical performance.

As optical systems continue to demand higher accuracy and flexibility, Off-Axis Parabolic Mirrors stand out as a powerful solution—combining precision, versatility, and long-term stability in one compact component.