Mini Four-channel LED Light Source

ORI-KJ-04-QW01 is a four-channel LED for applications such as microscope illumination, multicolor fluorophore excitation. Four LED light sources are collimated to one output, which can realize the flexible wavelength choose, convenient use, stable output power. In addition, the four-channel LED can achieve continuous or millisecond pulse output through the controller, light intensity continuously adjustable, remote control by computer, secondary development by customers.

Three-channel LED Light Source

ORI-KJ-09-HT01 is a three-channel LED for applications such as microscope illumination, multi-color fluorophore excitation. The device consists of three high-power LED light sources, collimating elements, dichroic frames, radiators and other mechanical parts. The design can realize 7° divergence Angle, stable output power, and and minimal overheating damage. The three-channel LED can realize the flexible wavelength combination, easy assembly and disassembly, continuous or millisecond pulse output through the controller, light intensity continuously adjustable.

High-power White LED Light Source

ORI-KJ-01 is a high-power LED for applications such as microscope illumination, multicolor fluorophore excitation. White LED is composed of collimating optics, copper radiators, silent fans, and mechanical housing, to realize 7° divergence Angle, stable output power, and minimal overheating damage. The color temperature of white LED includes 3000K, 4000K, 5000K, 6500K. The white LED is driven by a 6V, 4.8A (current adjustable) constant current power source. The white LED light source can be connected to other parts through SM1 threads, and can be fixed by side 4-M4-6H depth 8.8mm screw holes.

Collimated LED Light Source

ORI-KJ-02 is a collimating LED light source for applications such as microscope illumination, multicolor fluorophore excitation. The LED is composed of collimating optical elements, scattering sleeve and other mechanical components. The design can realize 10° divergence Angle, stable output power, and minimal overheating damage. The collimated LED is driven by a 4V, 700mA (current adjustable) constant current power source. The collimated LED can be connected to other components through SM1 threads.