Ikan Lyra LBX30 Soft Panel 1 x 3 Studio LED Light

MIXBOOK is a digital swatchbook that enables users to pre-visualize their gel and LED colors, and then communicate those color choices with other members of their team. MIXBOOK contains the same LED technology found in MIX fixtures, which will ensure perfect color matches between their MIXBOOK and any MIX lights they have on set.

MIXBOOK is controlled by our myMIX app. Through the app, users can generate their desired color by adjusting hue, saturation, and intensity levels, or by selecting xy values, and then send that color to MIXBOOK. Through a Bluetooth connection with the myMIX app, MIXBOOK enables users to actively explore the performance of their color choices in an environment, and continue to modify it through the app. Once the desired color has been achieved, users can save their colors to the cloud and share them with their team.

Prolycht Thunder Lite LED Panel RGBAW 250W.

The patent-pending MIX technology features a proprietary blend of six LEDs: Red + Lime + Green + Blue + Amber + White. This enables the MAXI MIX fixture to generate a wide gamut of colors and create accurate Rosco gel matches that have been authenticated by Rosco’s color experts.

The largest and the brightest member of the MIX range of LED fixtures, the MAXI MIX is capable of producing up to 7550 Lux (@1M @5500K) – making it the perfect choice for washing your scene in bold colors, luscious tints or flattering, full-spectrum white light. MAXI MIX fixtures can also be tiled together, enabling filmmakers and studio lighting technicians to create large walls of LED light.

Set lighting technicians know that speed is of the essence when the cameras are rolling. There are no complicated menus on the MAXI MIX. Simply choose between three different modes: White Mode, Gel Mode and Color Mode, then choose the color temperature, hue or Rosco gel color desired and adjust as-needed. All of these features are available using the fixture’s on-board controls, or via the myMIX app from your mobile device.