Laowa 25mm f/2.8 2.5-5X Ultra-Macro – Extreme Macro for Nikon Z
The Laowa 25mm f/2.8 2.5-5X Ultra-Macro is a specialty lens for extreme close-up photography with up to 5x magnification. It is designed for the Nikon Z mount and is suitable for macro shots of small subjects such as insects, jewelry, or electronic components.
Up to 5x life-size magnification captures fine details of tiny structures in stunning clarity.
Manual focus with a long focus throw provides precise sharpness control at high magnifications.
Full-frame compatibility combined with a generous working distance allows easy lighting of the subject.
36 months manufacturer warranty provides long-term investment security for this specialized lens.
What sets the Laowa 25mm Ultra-Macro apart
Unlike typical macro lenses (1:1), this Laowa achieves up to 5:1 without the need for extension tubes or bellows. The generous working distance of about 40 mm at 5x makes lighting the subject easier – a crucial advantage in extreme macro photography.
Ideal for...
Macro enthusiasts, nature photographers, product photographers, and labs that need to capture minute details. The lens is also suitable for scientific applications requiring strong magnification.
How to use the Laowa Ultra-Macro
A tripod and remote shutter are recommended due to the shallow depth of field at high magnifications. Manual focus requires practice – use the focus peaking function on your Nikon Z camera. With an extension tube or bellows, you can further increase magnification.
Laowa, a brand of Venus Optics, specializes in innovative specialty lenses. Known for ultra-wide-angle and high-magnification macro lenses, the manufacturer often offers unique features. Photographers value Laowa lenses for unusual perspectives and extreme detail rendition.
A manual macro lens for Nikon Z cameras, offering magnification from 2.5x to 5x. It is designed for extreme close-up photography of very small subjects.
The lens is compatible with Nikon Z cameras (full-frame and APS-C). On APS-C cameras, the effective magnification is higher than 5x due to the crop factor.
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