Westcott Scrim Jim Cine 1x1' Full-Stop Diffuser Fabric

For professional photographers and filmmakers seeking superior light control, the Scrim Jim Cine 1x1' Full-Stop Diffuser Fabric is an indispensable tool. Crafted by the reputable brand Westcott, this high-quality, durable, and versatile diffuser fabric is designed to be used with the Scrim Jim Cine Frame, a modular frame system known for its innovative and efficient design.

The Full-Stop Diffuser Fabric is a 1-stop silk diffuser, perfect for softening and diffusing harsh light sources. It creates a more even and natural lighting effect, ideal for achieving specific looks or effects in your images or footage. This can significantly reduce harsh shadows and add a soft, diffused quality to your lighting, making it an essential tool for photography studios, on-location shoots, and film sets.

The fabric is lined with a heavy-duty touch fastener for quick and easy placement on the Scrim Jim Cine Frame. It's designed to perfectly combine with the Scrim Jim Cine to enhance the output of 1' x 1' Flex LED mats. The high-quality silk diffuser and nylon fabrics used in the Scrim Jim Cine fabrics do not alter color temperature or skin tones, ensuring accurate and consistent results.

The Scrim Jim Cine system offers countless frame builds and over 70 high-quality fabric options, making it completely customizable for bouncing, blocking, diffusing, subtracting, shaping, and flagging light. The frame tubes are constructed with ultra-durable anodized aluminum, ensuring they are lightweight yet robust enough to withstand years of use both on-set and on-location.

The Scrim Jim Cine system also serves as an excellent mounting system for Flex LED mats, allowing for easy mounting and instant diffusion. All Scrim Jim Cine frames and connectors are proudly manufactured in the U.S.A., ensuring high-quality and reliable performance.

In summary, the Scrim Jim Cine 1x1' Full-Stop Diffuser Fabric is a versatile, easy-to-use, and affordable solution for photographers and videographers seeking to enhance their light control capabilities.