Description

Overview

Home in on close-up subjects with the Samyang 100mm F2.8 ED UMC MACRO Lens. This lens provides life-size 1:1 magnification and a minimum focusing distance of 1′, making it an excellent choice for capturing intricate details. As a manual focus portrait-length lens, it incorporates one high refractive index element and one extra-low dispersion element to reduce chromatic aberrations and distortions across the entire focusing range. Additionally, the lens features an Ultra Multi-Coating to minimize flare and ghosting, which increases contrast and color neutrality.

With its long focal length and close focusing capabilities, this macro lens excels at creating close-up, detailed images of nearby subjects.

The 100mm f/2.8 lens features a Sony E-mount and is compatible with both full-frame and APS-C sensors. On APS-C sensors, it provides a 150mm equivalent focal length, offering even more versatility.

The bright f/2.8 maximum aperture proves useful for working in a variety of lighting conditions, while the minimum f/32 aperture enables you to achieve a long depth of field when shooting close-up subjects.

To further enhance image quality, one high refractive index element and one extra-low dispersion element work together to control chromatic aberrations and minimize distortions throughout the focusing and aperture ranges.

The Ultra Multi-Coating on the lens elements also reduces flare and ghosting, resulting in improved clarity, contrast, and color fidelity.

With its macro design, this lens offers a 1:1 maximum magnification ratio and a minimum focusing distance of 1′, making it ideal for detailed close-up photography.

Designed for close-up work, this manual focus lens incorporates an internal focus design to maintain the overall lens length during use. Furthermore, the front filter mount remains stationary when focusing, which makes it easier to use polarizers, graduated ND filters, and other filters that require precise positioning.

Finally, the rounded nine-blade diaphragm contributes to a pleasing out-of-focus quality when using selective focus or shallow depth of field techniques.