The Godox Knowled LiteFlow 7 (No. 4) Soft Strip Light Reflector is a compact 7 x 7 cm aluminum-coated reflector designed to transform direct light into a smooth, controlled strip-shaped beam. Featuring exceptional reflectance with only 3% intensity loss, precise color accuracy, and a lightweight rail-mounted design, this color-coded reflector…
The Godox Knowled LiteFlow 7 (No. 4) Soft Strip Light Reflector is a compact 7 x 7 cm aluminum-coated reflector designed to transform direct light into a smooth, controlled strip-shaped beam. Featuring exceptional reflectance with only 3% intensity loss, precise color accuracy, and a lightweight rail-mounted design, this color-coded reflector enhances on-set efficiency by enabling accurate light redirection, even in tight shooting environments.
The Godox Knowled LiteFlow 7 (No. 4) Soft Strip Light Reflector offers filmmakers and photographers a highly efficient way to shape and redirect light with unmatched precision. Engineered to create a narrow strip-shaped beam, this 7 x 7 cm reflector diffuses direct light using a meticulously crafted aluminum-coated surface that delivers exceptional reflectance and only a minimal 3% loss of intensity. Color quality remains uncompromised with 100% rendering accuracy, making it ideal for cinematic lighting applications.
This reflector is part of Godox’s advanced LiteFlow system, designed to guide and manipulate a single light source multiple times, reducing the need for additional fixtures or modifiers. The No. 4 variant is color-coded in red for quick identification and represents the Soft Strip Light diffusion type. Lightweight yet durable, it features a built-in rail for easy mounting and smooth angle adjustments, while also allowing connectivity with additional reflectors using optional flexible arms. Whether bouncing sunlight through a window or directing fixtures in tight studio spaces, the LiteFlow 7 provides reliable control and professional-grade light shaping. Godox recommends handling with gloves to avoid scratching and cleaning the surface immediately after use to maintain its pristine performance.