The special physical properties of flexible displays—being bendable, shatter-resistant, and thin and light—make them highly popular across various industries. Smartphones, tablets, automotive displays, and medical instrument panels all rely heavily on flexible displays. Meanwhile, laser processing, due to its non-contact machining, high precision, and support for customized processing, has become one of the core technologies in flexible display manufacturing.
One of the key factors that determines laser cutting of flexible displays as a core process is the laser control system. The cutting quality and yield of flexible displays are among the largest variables in flexible display manufacturing. A good laser control system directly determines the cutting quality, yield, and whether stable and repeatable production can be achieved. A laser control system with precise energy control can effectively prevent incomplete cutting or carbonization and burrs on the edges of the finished products. An advanced laser control system is equipped with powerful algorithms that can ensure consistent processing quality at corners or prevent micro-cracks in the finished products, thereby reducing the scrap rate. If the laser control system is integrated with vision, it can automatically recognize vision marks and perform real-time coordinate correction, effectively preventing cutting deviation.
An advanced laser control controller determines the upper limit of flexible display processing quality. Good laser controller stability and brand after-sales service are also key factors when selecting a laser controller. Choosing an advanced laser controller is the key to making flexible display manufacturing practical and scalable, and it can effectively enhance the market competitiveness of flexible displays.
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