Last Chance Mse Pro Bk7 Laser Line Dielectric Hr Mirrors Limited Time 65% Off [KYvqMy14]

BK7 Laser Line Dielectric HR Mirrors

MSE Supplies proudly presents our MSE PRO™ BK7 Laser Line Dielectric HR Mirrors, the ideal choice for applications requiring exceptional optical performance and durability. These mirrors are meticulously crafted for high reflectance and feature a high laser damage threshold, making them perfect for laser cavities and other laser-based applications. Engineered with dielectric multilayer coatings deposited using advanced physical vapor deposition (PVD) technologies, these mirrors offer unparalleled resistance to wear and tear, even after repeated cleaning.

Technical Specifications and Features

Our BK7 Laser Line Dielectric HR Mirrors boast a range of technical specifications that make them superior to competitors. Key features include:

• Material: BK7, fine annealed
• Diameter Tolerance: +0.0/-0.1
• Thickness: 4±0.1
• Parallelism: <3‘
• Flatness: λ/8 at 633nm
• Surface Quality: 20-10 scratch-dig
• Back Surface: Commercial polish
• Clear Aperture: 90% diameter
• Average Reflectance: Rave>99.5% for 45˚ angle of incidence

These mirrors are designed to deliver exceptional performance in laser systems, ensuring reliable and consistent operation.

Applications and Benefits

MSE PRO™ BK7 Laser Line Dielectric HR Mirrors are versatile and suitable for a wide range of applications, including laser cavities, optical systems, and other laser-based technologies. With their high reflectance, durability, and precision, these mirrors offer numerous benefits, such as:

• Enhanced performance in laser cavities, leading to more efficient and stable laser systems
• Long-lasting, reliable operation even in harsh environments
• Customizable options to meet specific application requirements

Whether you're a researcher, engineer, or professional in the laser industry, these mirrors are an excellent choice to improve your optical system's performance and reliability. Contact MSE Supplies today for customization or bulk orders to take advantage of these high-quality optical elements.