An OLED flexible display is a new type of display technology that uses a flexible plastic substrate combined with self-emissive OLED technology and special thin-film encapsulation protection. It can be bent, folded, or rolled. With its unique features such as flexibility, foldability, ultra-thinness, and shatter resistance, it has been widely applied in various fields. OLED flexible displays are expanding from their core application in consumer electronics to broader markets such as automotive electronics and smart devices, becoming one of the core directions for the future development of display technology.
Due to the fragile materials and complex structure of OLED flexible displays, traditional mechanical cutting can produce cracks and debris during processing, leading directly to screen failure. Laser cutting, as a “non-contact processing” method, fundamentally avoids these problems and ensures high processing quality. As the flexible display industry scales up, the demand for continuous operation of cutting equipment has become increasingly stringent. Traditional cutting machines suffer from low efficiency, whereas laser cutting allows for long-duration continuous processing, greatly improving efficiency while reducing maintenance costs.
Unlike traditional brittle materials, OLED flexible displays have a complex structure and must be processed with a high-precision laser controller during manufacturing to ensure product quality and yield rate.The precision visual positioning laser controller ZY712S2-130, developed by Shenyan CNC, provides an ideal solution for high-precision cutting of OLED flexible displays.
The laser controller features advanced visual positioning capabilities, enabling sub-pixel accuracy in pattern recognition and alignment, thereby ensuring extremely high cutting precision.
The laser controller is equipped with an elliptical spot compensation function, which ensures uniform energy distribution of the laser spot, improves the consistency of cutting width, enhances the splicing accuracy of complex patterns, and delivers smoother, flatter cutting surfaces.
The laser controller is also equipped with a PSO function, which enables precise and equidistant laser output based on encoder feedback signals. It ensures uniform processing quality when cutting complex shapes such as curves and rounded corners, making it ideal for applications that require high precision and superior quality.
Multi-template recognition: Supports automatic matching of multiple templates, suitable for graphics of different shapes and sizes, and can achieve efficient and fast switching of different products.
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