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What Makes Achromatic Lenses Important?

Ebetter Optics offers a large variety of custom Achromatic lenses for our customers including Achromatic Spherical and Aspherical lenses, Achromatic singlets, doublets and triplets.
An achromatic lens, often called an achromat, is a type of optical lens capable of correcting chromatic aberration, a distortion that occurs when glass splits white light into multiple colorwavelengths in the spectrum.

Chromatic aberration is a common type of imaging defect. When white light passes through a singlet lens, the wavelengths of light are refracted. Because different wavelengths pass through the glass at different rates, they come into focus at different points on the plane. As a result, the operator will not be able to bring all the colors into focus simultaneously. Chromatic aberration creates blurry fringes of color between dark and light parts of an image, significantly reducing image quality.

To deal with the problem of chromatic aberration, people rely on achromatic lenses, which combine two or more lenses to direct two wavelengths of light, usually red and blue, to the same focal point.

What Makes Achromatic Lenses Important?
Because achromatic lenses bring colors into focus at the same point, they allow users to fully focus an image. Compared to non-corrected singlet lenses, achromats produce much clearer images, which make for easier viewing and a more accurate perception.

When they were first introduced, achromatic lenses brought revolutionary changes to the way we do imaging. Though lenses have continued to improve in quality, the achromatic lens remains a staple in scientific and non-scientific optics applications. Some benefits of achromatic lens assemblies include:

Improved image quality: By eliminating color fringes, achromatic lenses significantly increase image brightness and clarity. This fact is particularly true for polychromatic imaging.
Efficient light transmission: Unlike singlet lenses, the on-axis performance of an achromatic lens won’t degrade as aperture size increases, allowing you to utilize the entire clear aperture.
Cost-effective production: Though improvements on the achromat exist, these lenses are much more expensive. For most purposes, an achromatic lens provides plenty of correction, making it the most cost-effective way to get clear white light images.
Our Advantage
Ebetter Optics offers a large variety of custom Achromatic lenses for our customers including Achromatic Spherical lenses and Aspherical lenses, Achromatic singlets, doublets and triplets. 

Factory Standard

Shape: Singlet, Doublets or Triplets
Diameter Tolerance: ± 0.03mm
Thickness Tolerance:  ± 0.03mm
Radius:± 0.3%
Focal Length Tolerance: ± 0.5%
Surface Quality: 20-10 Scratch-Dig(After Coating)
Surface Flatness: λ/5 @633 nm
Centration: < 3 arc minutes
Clear Aperture: > 90% of central dimension
Contact us for manufacturing limit or custom specifications.


Optical glass, UV fused silica (JGS1), infrared fused silica (JGS3) and calcium fluoride (CaF2), barium fluoride (BaF2) and other crystalline material

Achromatic Lenses
Aspherized Achromatic Lenses

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  • D09-320-321, SISP, Shenben Str., Hunnan Dist., Shenyang 110179, China
  • 15566542902
  • 15566542902
  • yibeiteoptics@gmail.com
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