FR26SL-RSM02

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The FR26SL-RSM02 is part of a series of laser scanners that is designed for average to high-performance applications in a variety of industrial settings. The laser scanner utilizes the famous red-shifted solid-state laser source, with an active wavelength of 1.87 microns (1870 nm). The DFB laser source can provide an output power of up to 500 mW, making it an ideal choice for applications that require high-flow, high-power, and robust laser components.

The FR26SL-RSM02 laser scanner utilizes the patented coiled-coil cavity design and integrated laser emitter. The coiled-coil cavity design is unique in that the mirror surfaces inside the cavity are not a standard flat design, but are curved in a spiral shape which minimizes the laser etch process, increases efficiency and reduces power requirements. The flexibility in the design allows for a greater range of available laser powers and wavelengths. Additionally, the coiled-coil design eliminates any reflection or diffraction losses that may occur with a flat mirror design, thereby increasing the power and range of the laser.

In addition to the coiled-coil design, the FR26SL-RSM02 also features an integrated laser emitter. This unique design reduces the total number of emitters and electrodes required, as well as the amount of power required. The integrated emitter significantly reduces the cost of the laser and its power output, yet still provides the same performance as standard emitters.

The FR26SL-RSM02 is designed for use in a wide variety of industrial applications. It is suitable for optical lithography, modulating lasers, marking laser marking and other types of surface patterning. It is also commonly used in optical material processing, such as cutting and welding. With its high output power and flexible modularity, the FR26SL-RSM02 is an excellent choice for industrial manufacturing processes.

The FR26SL-RSM02 operates on a principle called “thermal lensing.” In this technique, the laser beam is focused onto a focusing lens that is made of an optically transparent material such as silicone or polycarbonate. This focusing lens then relays the beam across a thin, glassy surface to the focal point. The heat that is generated at the focal point then causes the lens material to expand slightly, which affects the refractive index of the material and causes the beam to diverge. This produces an area of laser energy that is evenly spread throughout the spot size.

The FR26SL-RSM02 is a versatile and reliable laser source capable of producing high-output power and full-range wavelengths. This allows for improved performance and flexibility, making it a valuable addition to any industrial production setting. The combination of its coiled-coil cavity design and integrated laser emitter makes it an ideal choice for applications that require high-flow, high-power, and robust laser components.

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