A compact, high-performance module beam combining red, green, and blue laser diode emissions into a single precision white laser line.


Many applications in imaging, display, and materials processing require a precision white line laser source. Traditional solutions often rely on bulky optics or multiple independent light sources, leading to alignment challenges, reduced efficiency, and inconsistent beam profiles. Design difficulties compound when such a light source is to fit easily within the palm of your hand.


We developed a Compact RGB White Line Laser Module that integrates three precisely aligned diode lasers — red, green, and blue — into a single compact housing. When activated together, the beams precisely combine to form a clean and stable white laser line suitable for demanding applications.


The system employs precision optics to shape and dichroic filters to combine the emission from three laser diodes into a single overlapping beam. Proprietary alignment techniques ensure exacting optical alignment tolerances for a highly coincident output beam. The result is a continuous and spectrally white laser line emitted from a very compact laser module.
This novel innovation provides a compact, reliable solution for applications that require high-quality white line laser illumination. Its stability and line quality make it ideal for both scientific and commercial uses.