Liquidation Sale Mse Pro Positive Achromatic Doublets With 1/4 Wave Mgf₂ Coating@550nm, Ø6mm Now 90% Cheaper [aewk6OAy]

MSE PRO Positive Achromatic Doublets

MSE Supplies is proud to present our MSE PRO™ Positive Achromatic Doublets, designed to meet the highest standards of optical performance. These precision optics are engineered with a 1/4 Wave MgF2 Coating at 550nm, ensuring exceptional clarity and image quality. With a diameter of Ø6mm, these doublets are versatile and compact, making them ideal for a wide range of applications, from scientific research to industrial imaging.

Key Features and Specifications

The MSE PRO Positive Achromatic Doublets are constructed using a combination of positive low-index (crown glass) and negative high-index (flint glass) lenses, which are cemented together for optimal performance. This design minimizes spherical aberration, coma, and chromatic aberration, resulting in crisp, distortion-free images. Here are some of the key features and specifications:

• Material: Optical glass (crown and flint)
• Diameter Tolerance: +0.0/-0.20
• Center Thickness (Tc): ±0.1
• Centration: 3’
• Form Error: 1-5 fringes
• Irregularity of Fringes: 0.2-0.5 fringes
• Surface Quality: 60-40 scratch-dig
• Clear Aperture: 90% diameter

Practical Applications and Benefits

These MSE PRO Positive Achromatic Doublets are a valuable tool for any optical system that requires high precision and image clarity. Whether you're working in microscopy, spectroscopy, or machine vision, these lenses will enhance the performance of your setup. Some practical applications include:

• Microscopy and imaging systems
• Spectroscopy and scientific research
• Machine vision and automated inspection

By investing in these doublets, you can expect improved image quality, reduced distortion, and enhanced system performance. Don't miss out on the opportunity to elevate your optical systems with MSE Supplies' MSE PRO Positive Achromatic Doublets. Contact us today for customization or bulk orders, and experience the difference in quality and performance.