What are the standards for custom achromatic lenses?
Custom achromatic lenses are created by bonding two or more optical elements together, typically made of flint glass and crown glass. This bonding corrects for the dispersion of the glass elements and eliminates chromatic aberration issues. Doublet achromatic lenses, also known as achromatic lenses, find widespread use in applications involving multi-color illuminati
Custom achromatic lenses are created by bonding two or more optical elements together, typically made of flint glass and crown glass. This bonding corrects for the dispersion of the glass elements and eliminates chromatic aberration issues. Doublet achromatic lenses, also known as achromatic lenses, find widespread use in applications involving multi-color illumination, medical instruments, laser therapy devices, and more. ShenYang Yibeite Optics offers various styles of custom achromatic lenses (achromatic lenses) and provides a range of anti-reflective coating options suitable for ultraviolet (UV), visible (VIS), or infrared (IR) spectra, including UV-VIS, MgF2, VIS 0°, VIS-NIR, NIR II, or SWIR. Additionally, our company offers specialized achromatic lenses designed for ultraviolet or infrared spectra. In comparison to standard achromatic lenses with similar wavelength or comparable wavelength ranges, these custom achromatic lenses can deliver superior performance. Non-spherical achromatic lenses combine the color correction capabilities of achromatic lenses with the high-quality spherical aberration correction of non-spherical lenses, and this is one of the products offered by ShenYang Yibeite Optics. Triple achromatic lenses are suitable for applications that require a 1:1 conjugate ratio or high power magnification.Rigorous Dimensional Standard Control
Chromatic Aberration Reduction
Customizable Coatings as Required
Double Achromatic Lens Machining Parameters
Focal Length Tolerance: ±1%
Dimensional Tolerance: ±0.02mm
Thickness Tolerance: ±0.02mm
Surface Type: λ/10
Surface Quality: 10/20 or better
Eccentricity: <3 arc min
Effective Aperture: >90%
Coatings: A: AR Coating 350nm-650nm, B: AR Coating 650nm-1050nm, C: AR Coating 1050nm-1580nm
Custom achromatic lenses are used to maximize chromatic aberration reduction or elimination and minimize spherical aberration. They are suitable for various applications, including fluorescence microscopy, image relay, inspection, or spectroscopy. The manufacturing process of achromatic lenses involves bonding two or more elements together. Compared to single-element lenses, achromatic lenses can form smaller spots of light.
To learn about the products, please click Achromatic Lenses