A high‑performance Fresnel lens designed for the Godox KNOWLED MG1200Bi and MG2400Bi LED monolights. It increases light output to 78,800 lux at 9.8 feet and offers adjustable beam angles from 15° to 45°, providing precise control over light shaping.
A high‑performance Fresnel lens designed for the Godox KNOWLED MG1200Bi and MG2400Bi LED monolights. It increases light output to 78,800 lux at 9.8 feet and offers adjustable beam angles from 15° to 45°, providing precise control over light shaping.
The Godox GF14 Fresnel Lens is engineered to enhance the performance of the MG1200Bi and MG2400Bi LED monolights. By focusing the light output, it delivers a maximum intensity of 78,800 lux at a distance of 9.8 feet, making it suitable for applications requiring high‑intensity lighting.
Key features include:
Adjustable Beam Angle: The lens allows for beam angle adjustments between 15° and 45°, enabling users to control the spread of light from a tight spot to a broader flood.
High Light Output: Achieves up to 78,800 lux at 9.8 feet, providing intense illumination for various lighting scenarios.
Compatibility: Specifically designed for the Godox MG1200Bi and MG2400Bi LED monolights, ensuring optimal performance and fit.
Durable Construction: Built with robust materials to withstand the demands of professional use.
Easy Mounting: Features a G‑Mount system for quick and secure attachment to compatible fixtures.
Package Contents (typical):
1 × Godox GF14 Fresnel Lens
1 × Carrying Case
1 × User Manual
Why it’s good / Vibe & Use-Cases:
The GF14 Fresnel Lens is ideal for professional photographers and videographers seeking to achieve high‑intensity, focused lighting. Its adjustable beam angle and high light output make it versatile for various applications, including studio setups, film productions, and high‑key lighting scenarios.
Tips:
Ensure compatibility with your existing Godox fixtures before purchase.
Utilize the adjustable beam angle to tailor the light spread to your specific needs.
Regularly clean the lens to maintain optimal light transmission and quality.