Wavelength OE integrator lens is a high-efficiency optical homogenizing component adopting free-form surfaces as its core design. Based on beam splitting and superposition principles, it converts circular Gaussian beams into uniform rectangular light spots of 300mm×300mm.
It features stable homogenization effect and precise spot shape. With a working distance of 900mm and an outer diameter of merely 49.5mm, it boasts a compact structure and easy integration. Suitable for industrial inspection, experimental optics and other systems requiring uniform illumination, it serves as a reliable accessory to upgrade optical performance.
Lens specifications
Energy distribution curve of light spot in X and Y directions
Coating System Analysis
Industry Applications
Laser Heating Sector
In this field, Wave Optics integrator lenses are mainly used to convert Gaussian-distributed laser beams into rectangular spots with even energy distribution.
Application Scenarios
Efficient Drying：After homogenizing the laser spot via the integrator lens, the total laser power can be adjusted to the optimal value for processes. All energy is fully utilized to heat the target area without any waste.
Uniform Heating：The integrator lens shapes incoming Gaussian laser beams into rectangular spots with highly even energy on target surfaces. It completely solves the drawbacks of conventional Gaussian spots, namely excessive temperature at the center and insufficient energy at edges.
Precise Temperature Control：Uniform energy distribution of the spot ensures highly even and predictable temperature distribution on the target plane when materials share identical absorption properties. It generates predictable temperature fields and provides ideal conditions for closed-loop control.
Laser Processing Sector
Wave Optics integrator lenses are designed to improve laser beam uniformity.
Application Scenarios
For material cutting, welding and surface treatment, it reshapes Gaussian beams into flat-top spots to reduce hot-spot effects and improve machining accuracy and repeatability. Customizable beam deflection angles (such as 90°) and array specifications (5×1, 10×2 and more) allow seamless integration with various laser systems.
General Industrial & Emerging Sectors
The integrator lens technology of Wave Optics covers beam shaping and energy homogenization.
Application Scenarios
Surface Engineering & Modification：It enables controllable modification of material surface structures, including surface strengthening, alloying and hydrophobic treatment. It is widely applied in aerospace, automobile manufacturing and high-end equipment industries.
Other Fields：Integrator lenses have become critical tools for delivering highly uniform energy output in photovoltaic cell production, flexible electronics sintering, medical device sterilization, scientific research experiments and more.
Post time: Sep-11-2026