SmallRig SmallRig Mini Matte Box Lite 3575

Be prepared for any lighting situation with the SmallRig Mini Matte Box Lite 3575, a compact and versatile accessory designed specifically for DSLRs and mirrorless cameras. This high-quality matte box is engineered to control and prevent glare and flare caused by sunlight or other light sources, ensuring optimal image quality on your screen. Constructed with a durable clamp connector, the SmallRig Mini Matte Box Lite 3575 is compatible with adapter rings of various sizes, ranging from 52-95mm, making it a versatile addition to any photographer or videographer's toolkit. This feature allows it to be attached directly to a 95mm lens, providing a secure and stable fit.

The SmallRig Mini Matte Box Lite 3575 also boasts an adapter ring that accommodates CPL, ND filters, and other circular filters up to 92.5 mm. This feature enhances its versatility, allowing you to customize your shooting experience based on your specific needs. In addition, this compact matte box is equipped with a filter tray (ID: 3319/3320) that can swiftly install with 4 x 5.65" /4 x 4" plug-in filters of 4mm in thickness. This easy-to-store filter tray, which can be quickly mounted onto the matte box via a NATO clamp, supports multiple 4 x 5.65" /4 x 4" plug-in filters simultaneously. This design not only protects your filters from accidental drops but also prevents scratches and fingerprints during filter replacement. The SmallRig Mini Matte Box Lite 3575 also features an adjustable carbon-fiber top flag. This component is designed to block sunlight or strong light, further enhancing the image quality by preventing internal reflections. Its anti-reflective design ensures that you capture the best possible images, regardless of the lighting conditions. In summary, the SmallRig Mini Matte Box Lite 3575 is a durable, compact, and versatile accessory that offers high-quality performance at an affordable price. It's an essential tool for photographers and videographers seeking to enhance their shooting experience and image quality.