Therefore, it is necessary to use long-term and time controlled light stimulation in the incubator. The fully waterproof LED array lighting meets all the requirements for in vitro optogenetics, photochemistry, and photopharmacology experiments.

Designed for any commercial, standard sized porous plate that can be used with 6, 12, 24, 48, and 96 well plates. Very suitable for standard sized 96 hole boards, as each LED component is located directly below each hole.

pass throughLEDThe mode switch of the array driver can choose between constant mode or trigger mode. In trigger mode,

The BNC interface on the backplane is used to receive trigger TTL pulses from the stimulator, enabling it to activate extracorporeal time controlled pulse stimulation.

LED4-x has 4 independently controllable sections, each with 24 LEDs. LAD-4 is an independent 4ch LED array driver designed to control LEDA4-x. There are 4 trigger inputs BNC on the backplane, which are used to independently control each part of LEDA4.

6-zone LED array lighting system: LEDA6 has 6 independently controllable sections, each with 16 LEDs. It is suitable for 6-well plate experiments and can independently control optical power and stimulation time. LAD-6 is an independent 6ch LED array driver designed to control LEDA6. Unlike LAD-4, its backplane does not trigger input BNC, but is connected to a PC through a USB interface and controlled by LAD6 software.

Two color LED array system: Two LEDs are alternately arranged with boundaries reaching the center of each hole in the 96 hole plate. It is suitable for controlling excitability and inhibition in optogenetics experiments, as well as controlling the expression of two different genes.