How the SmallRig Attachable VND Filter Kit ND2-ND32 (1-5 Stop) with Universal Filter Adapter 52mm 4387 enhances your photography experience is through its innovative design and superior quality. This versatile VND filter kit includes a high-performance filter and a universal magnetic adapter, designed to optimize your camera's exposure balance by reducing the amount of light that enters the lens. The VND filter is ingeniously designed with two CPLs that stack and rotate, allowing you to control the light exposure with precision. The inner polarizer is magnetically mounted to the SmallRig filter adapter ring through a bottom locating ring, while the outer polarizer can be adjusted via an aluminum alloy ring at 1-5 stop variations.
This unique design offers you the flexibility to reduce the amount of light according to your shooting requirements. Crafted from German Schott B270i HD glass, the filter is not only durable but also offers superior optical performance. It boasts waterproof, stain-resistant, mildew-proof, and scratch-resistant AR coatings, ensuring longevity and consistent performance. The filter also minimizes color cast, providing you with clear and vibrant images. The CNC-machined ultra-thin frame of the filter is designed to prevent vignetting, even when shooting with an ultra-wide-angle lens. This large-diameter filter can be securely and magnetically attached to the SmallRig magnetic filter ring adapter, thanks to the bottom anti-deflection design.
It can be rotated between a range of hard stops at ND2 and ND32, offering precise control over your shooting. Please note, for the strongest magnetic force, rotate the bottom locating ring to ensure the filter and the filter ring adapter fit together perfectly. It's not recommended for use in furious motion or in strong winds, and should be kept away from strong acids. This SmallRig Attachable VND Filter Kit ND2-ND32 (1-5 Stop) with Universal Filter Adapter 52mm 4387 is a valuable addition to any photographer's toolkit, enhancing image quality and offering precise control over light exposure.