Hidden Gem Mse Pro Achromatic Crystalline Quartz And Magnesium Fluoride Waveplates, λ/2 [best Value] [nX2o3BcW]

MSE PRO Achromatic Waveplates

MSE Supplies is proud to offer the MSE PRO™ Achromatic Crystalline Quartz and Magnesium Fluoride Waveplates, λ/2. These high-quality waveplates are designed to provide a constant phase shift independent of the wavelength of light, making them ideal for a wide range of applications. The combination of crystalline quartz and magnesium fluoride in these waveplates ensures minimal wavelength-dependent phase delay, resulting in a nearly flat spectral response across the entire wavelength range. This unique feature makes them perfect for use with tunable lasers, multiple laser-line systems, and other broad spectrum sources.

Technical Specifications

The MSE PRO Achromatic Waveplates are crafted with precision and care. Key specifications include a diameter of 25.4±0.1mm and a thickness of 6mm, ensuring consistent performance. The waveplates feature a retardation accuracy of λ/100~λ/150, providing reliable phase control. Additionally, they are coated with multiple layers of anti-reflection (AR) coating, enhancing their performance and durability. The wavelength range of these waveplates spans from 450-650 nm, and they have a damage threshold of 5J/cm² (10ns 10Hz 532nm), making them suitable for high-intensity laser applications. Below are some of the key benefits and features:

• Flat Spectral Response: Achieves a nearly flat spectral response across the entire wavelength range, ideal for tunable lasers and broad spectrum sources.
• High Retardation Accuracy: Offers precise phase control with a retardation accuracy of λ/100~λ/150.
• AR Coating: Features multiple layers of anti-reflection coating to enhance performance and durability.

Practical Applications

The MSE PRO Achromatic Waveplates are versatile and find applications in various fields, including laser physics, optical spectroscopy, and biophotonics. Their ability to maintain a constant phase shift across a broad spectrum makes them particularly useful in tunable laser systems and multiple laser-line applications. Whether you are working on cutting-edge research or developing new technologies, these waveplates can help you achieve optimal performance. For customization or bulk orders, please contact us for further assistance.