Integrator Mirror

The Wavelength Opto-Electronic integrator mirror is a highly efficient optical homogenizing element. Its core adopts a free-form surface and, through the principles of beam splitting and superposition, converts a circular Gaussian beam into a uniform 300mm×300mm rectangular spot. It features stable homogenization and accurate spot formation, with a working distance of up to 900mm and a diameter of only 49.5mm, offering a compact structure that is easy to integrate. It is suitable for industrial inspection, experimental optics, and various other systems requiring uniform illumination, and is a reliable accessory for improving optical performance.

Laser heating field; in this field, the wavelength integrator mirror is mainly used to convert a Gaussian-distributed laser beam into a rectangular spot with uniform energy distribution.; Efficient drying: after the integrator mirror homogenizes the spot, the total laser power can be raised to the optimal value required by the process, and all energy is effectively used to heat the working area without waste.; Uniform heating: the incident (usually Gaussian-distributed) laser beam forms a rectangular spot with highly uniform energy on the target surface through the integrator mirror. This completely eliminates the problems of excessively high center temperature and insufficient edge temperature of traditional Gaussian spots.; Precise temperature control: a uniform spot energy distribution means that, under consistent material absorption characteristics, the temperature distribution on the target plane is also highly uniform and predictable. This means a predictable temperature field can be created, providing ideal conditions for closed-loop control.; Laser processing field; the wavelength integrator mirror is mainly used to improve the uniformity of the laser beam.; In material cutting, welding, or surface treatment, shaping the Gaussian beam into a flat-top spot reduces the hot-spot effect and improves processing accuracy and repeatability; its beam deflection angle (such as 90°) and customizable specifications (such as 5x1, 10x2 arrays) allow it to adapt to the integration needs of different laser systems......; Wavelength integrator mirror technology extends to spot shaping and energy homogenization.; Surface engineering and modification: it enables controllable modification of material surface structures, such as strengthening, alloying, hydrophobic treatment, etc., and is widely used in aerospace, automotive manufacturing, and high-end equipment fields.; In fields such as photovoltaic cell fabrication, flexible electronics sintering, medical device sterilization, and scientific research experiments, the integrator mirror is also becoming a key tool for achieving highly uniform energy output.