Futuristic Mse Pro Bk7 Broadband Dielectric Hr Mirrors Save 40% + Free Ship [phb13Pmo]

MSE PRO™ BK7 Broadband Dielectric HR Mirrors

MSE Supplies is proud to offer the MSE PRO™ BK7 Broadband Dielectric HR Mirrors, a premium optical component designed for high-performance applications. These mirrors stand out for their exceptional broadband reflectance, making them ideal for a wide range of applications, including tunable laser and white light systems. With a 45-degree incidence angle, these mirrors provide unparalleled performance and durability, ensuring reliable operation in demanding environments.

Technical Specifications and Features

The MSE PRO™ BK7 Broadband Dielectric HR Mirrors are crafted from high-quality BK7 glass, which is fine annealed for optimal performance. Key specifications include a diameter tolerance of +0.0/-0.1, a thickness of 4±0.1, and parallelism of <3‘. These mirrors also boast an impressive flatness of λ/8 at 633nm and a surface quality of 20-10 scratch-dig. The back surface is finished with a commercial polish, and the clear aperture covers 90% of the diameter, ensuring maximum light transmission. With an average reflectance of Rave>99.5% for a 45˚ angle of incidence, these mirrors deliver exceptional performance across a wavelength range of 400-700nm.

Practical Applications and Benefits

The MSE PRO™ BK7 Broadband Dielectric HR Mirrors are versatile and suitable for various applications, from scientific research to industrial processes. Their high reflectance and broad bandwidth make them perfect for tunable laser systems, where precise control over light reflection is crucial. In white light applications, these mirrors ensure consistent performance across the visible spectrum. With their durable construction and exceptional optical properties, these mirrors are a valuable asset for professionals in optics and photonics. Whether you're working on cutting-edge research or developing innovative products, the MSE PRO™ BK7 Broadband Dielectric HR Mirrors are the ideal choice for your optical needs.