Vip Only Mse Pro Bk7 Plano-convex Lenses With 1/4 Wave Mgf₂ Coating@550nm, Ø3/2" Get 85% Off Today [Z9S2gNTr]

MSE PRO™ BK7 Plano-Convex Lenses with MgF₂ Coating

MSE Supplies offers the MSE PRO™ BK7 Plano-Convex Lenses, a premium optical solution designed for precision focusing applications. These lenses are crafted from high-quality BK7 grade A glass, ensuring clarity and durability. The inclusion of a 1/4 Wave MgF₂ Coating at 550nm enhances the lenses' performance by minimizing reflections and providing excellent light transmission. The Ø3/2" diameter makes them versatile for a wide range of applications.

• High-quality BK7 grade A glass for clarity and durability.
• 1/4 Wave MgF₂ Coating at 550nm for reduced reflections and enhanced light transmission.

Technical Specifications and Properties

The MSE PRO™ BK7 Plano-Convex Lenses are engineered with precise technical specifications to meet the demands of various optical applications. These lenses have a diameter tolerance of +0.0/-0.20, ensuring consistent performance. The center thickness (Tc) is maintained within ±0.1, ensuring minimal deviation. The centration is 3', and the form error is within 1～5 fringes, ensuring high precision. The surface quality is rated at 60-40 scratch-dig, indicating a robust and reliable product.

• Diameter (Ø): +0.0/-0.20
• Center Thickness (Tc): ±0.1
• Centration: 3'

Applications and Benefits

The MSE PRO™ BK7 Plano-Convex Lenses are ideal for applications that require precise focusing of parallel light rays. They are commonly used in optical systems where minimizing spherical aberration is crucial, especially when the object and image are not at equal distances from the lens. The lenses are particularly effective when the object is placed at infinity, as this setup provides an infinite conjugate ratio. The curved surface should face the object direction for optimal performance. These lenses are a perfect choice for scientists, engineers, and researchers in various fields, including optical design, medical imaging, and astronomy.

• Optimized for focusing parallel light rays
• Minimizes spherical aberration in various optical systems
• Perfect for scientific research, medical imaging, and astronomy