Glow EZ Lock Deep Parabolic and Beauty Dish Softbox Speedring Insert 144mm for Balcar / White Lighting / Alien Bees and EZ
![]() | No delivery USA E-Catalog uses affiliate links compensated by our partners. |
An essential tool for professional photographers, the Glow EZ Lock 144mm Speedring Insert is specifically designed to seamlessly connect your Balcar, White Lighting, Alien Bees, and Einsteins flash heads to any Glow EZ Lock Quick Series Softbox light modifier with a 144mm insert diameter. This versatile speedring insert is an interchangeable mount, expertly crafted for the EZ Lock Quick Softboxes and Octa Quick Softboxes. Constructed from precision alloy, this adapter boasts a robust and durable design, ensuring longevity and reliability. It mounts swiftly onto the flash head, enabling your flash to attach to any of the Glow EZ Lock Softboxes. This feature enhances your ability to modify light quality swiftly, whether you're on location or in the studio. The Glow EZ Lock system offers practical advantages, adding strength and speed to the task of light modification. The self-catch EZ Lock design encircles a thick center shaft, providing a comfortable grip for your fingers to push-lock the mechanism open, and a generous release to close the softbox effortlessly. With meticulous attention to detail in its robust build, from the resilient form-fitting fabric to the flexible aluminum frame ribs, the Glow EZ Lock modifiers set the standard for portable light control for both people and subjects. This speedring insert is compatible with Balcar, White Lighting, Alien Bees, and Einsteins Flash Heads, making it a versatile addition to any photographer's toolkit.
The product description is generated based on data from online stores. Before purchasing be sure to verify all information directly with the seller.

Best Monitors for Photo, Video, and Graphic DesignCool monitors for budding designers, photographers, video editors, and more.

How Cold Weather Affects Your GadgetsWe explain which gadgets don't like the cold and why, as well as how to protect devices from breaking in the frost.
You may be interested in
