ML (Macro Lens) are designed for high-magnification imaging, typically achieving a 1:1 magnification ratio or higher. They excel at revealing fine details of small objects, such as the hair on an insect's leg or the structure of plant cells—details that standard lenses cannot resolve due to limited magnification. Macro lenses also maintain excellent image quality and contrast at close distances, with superior control of edge distortion. In contrast, standard lenses often suffer from reduced image clarity and increased distortion when used for close-up photography.
|
model
|
Range of magnification
|
work distance （mm）
|
focal length
|
distortion
|
chip size
|
aperture
|
interface
|
|---|---|---|---|---|---|---|---|
|
0.1X-0.4X
|
260.4-65
|
25
|
＜0.05%
|
1.1
|
2~8
|
C
|
|
|
0.08X-0.23X
|
400-135
|
30
|
＜0.01%
|
2/3
|
2~8
|
C
|
|
|
0.25X-0.7X
|
150-59
|
35
|
＜0.05%
|
2/3
|
2.8~16
|
C
|
|
|
0.5X-0.8X
|
132.4-95.4
|
50
|
＜0.05%
|
2/3
|
2.8~16
|
C
|
|
|
0.18X-0.38X
|
471-257
|
75
|
＜0.05%
|
2/3
|
2.8~16
|
C
|
ML (Macro Lens) are designed for high-magnification imaging, typically achieving a 1:1 magnification ratio or higher. They excel at revealing fine details of small objects, such as the hair on an insect's leg or the structure of plant cells—details that standard lenses cannot resolve due to limited magnification. Macro lenses also maintain excellent image quality and contrast at close distances, with superior control of edge distortion. In contrast, standard lenses often suffer from reduced image clarity and increased distortion when used for close-up photography.
