Nanlite Compac 200B Adjustable Bicolor Slim Soft Light Studio LED Panel

The Nanlite Compac 200B Adjustable Bicolor Slim Soft Light Studio LED Panel is a hassle-free space-saving solution that combines a slim profile with impressive brightness. This compact Nanlite LED Panel is an ideal option for lighting portraits, interviews, headshots, live streaming, food photography, vlogging, product photography and more. Achieve beautiful, studio-quality results without adding plastic filters or cloth diffusion. Rear controls enable you to dial in brightness from 0-100% and temperature from warm to cold (3200K-5600K).

An LCD panel shows you exactly what settings you're using, making it easy to fine tune and then recreate them in future so your results will always be consistent and easily repeatable. Whether you are shooting a video on location or setting up a home photography studio space is always at a premium. Compac series LEDs give you the light you need in the room you have. At only 4 inches thick, the Compac 200B uses high-efficiency LEDs to provide up to 16720 lumens (4751Lux at 1m 5600K) of illumination. Supplied with a standard 5/8" receiver mount, the Compac can be mounted directly on any standard light stand.

Studio Quality Lighting

NanLite Compac series studio LED panels create diffuse, color accurate, studio lighting with minimal set up and zero complications. Perfect for lighting interviews, headshots, still life photography, vlogging and more.

The Light You Need In the Room You Have

Combining a space-saving design with impressive brightness; Compac series studio LEDs achieve lighting similar to large softboxes but at a fraction of the size and none of the set up time.

Full Creative Control

Quickly achieve beautiful, studio-quality results without adding plastic filters or cloth diffusion. Rear controls enable you to dial in brightness from 0-100% and temperature from warm to cold (3200K-5600K).

Consistent Results

An LCD panel shows you exactly what settings you're using, making it easy to fine tune and then recreate them in future so your results will always be easily repeatable.