K&F Concept 77mm Nano-X ND2-32 1-5 Stop Magnetic Variable Neutral Density Lens Filter

Become a master of light manipulation with the 77mm Nano-X ND2-32 1-5 Stop Magnetic Variable Neutral Density Lens Filter from K&F Concept. This innovative lens filter offers a seamless 1-second swap feature, eliminating the need for screwing on the lens and ensuring you never miss capturing a perfect moment.

The K&F Concept Magnetic Variable ND filter is designed to extend exposure time, making it an ideal tool for photographers who want to capture the beauty of motion blur or achieve a shallower depth of field. By reducing the amount of light entering the lens, this neutral density filter allows you to control light reduction from 1 to 5 stops simply by rotating the filter.

Designed with the wide-angle lens photographer in mind, this filter features a front diameter larger than its back diameter, effectively eliminating vignetting. The filter's self-lock frame technology locks the frame while rotating the filter to the minimum (ND2) or maximum (ND32), helping to avoid the dark "X" cross in photos that can occur with wide-angle lenses.

The 77mm Nano-X ND2-32 1-5 Stop Magnetic Variable Neutral Density Lens Filter offers adjustable variables from ND2-ND32, providing 5 stops of light reduction. This makes it suitable for a variety of scenes and particularly beneficial for landscape photography, where precise light control is paramount.

Despite its robust capabilities, this filter maintains an ultra-slim frame of only 7.4mm thickness, ensuring no vignetting even on wide-angle lenses. Both sides of the filter are treated with a nanometer coating, making it both waterproof and scratch-resistant. This feature not only enhances the filter's durability but also reduces reflections from the filter itself, ensuring no negative impact on image quality.

In summary, the 77mm Nano-X ND2-32 1-5 Stop Magnetic Variable Neutral Density Lens Filter is a versatile tool for photographers seeking to control light reduction, achieve unique photographic effects, and enhance the quality of their images.