Product code: SUNPAK Folding Vlogging shops Kit (White) with Bluetooth Remote
The Sunpak Folding Vlogging Kit with Bluetooth Remote is a multi-functional USB powered bi-color ring with 128 high-powered LEDs, which offers three color temperature settings and is shops ideal for Vlogging, live steaming, selfies and many other online uses. The 10.5 inch bi-color LED ring light provides illumination in nine levels, has color-corrected light for indoor use and is powered by a USB power port or power bank (not included). The bi-color ring light produces three Color Temperature settings from Warm (Tungsten), White (Daylight) and Warm White (Combination of both). Use the Warm lighting setting to deliver colors more accurately than daylight under ordinary household incandescent lighting. You can also add a mixture of Daylight and Tungsten lighting for color temperatures that are variable from 3200 to 5600K or in between to meet ambient light requirements, match other fixtures, or just for artistic expression. You can adjust the light output intensity and color temperature via t.
The Sunpak Folding Vlogging Kit with Bluetooth Remote is a multi-functional USB powered bi-color ring with 128 high-powered LEDs, which offers three color temperature settings and is shops ideal for Vlogging, live steaming, selfies and many other online uses. The 10.5 inch bi-color LED ring light provides illumination in nine levels, has color-corrected light for indoor use and is powered by a USB power port or power bank (not included). The bi-color ring light produces three Color Temperature settings from Warm (Tungsten), White (Daylight) and Warm White (Combination of both). Use the Warm lighting setting to deliver colors more accurately than daylight under ordinary household incandescent lighting. You can also add a mixture of Daylight and Tungsten lighting for color temperatures that are variable from 3200 to 5600K or in between to meet ambient light requirements, match other fixtures, or just for artistic expression. You can adjust the light output intensity and color temperature via t.