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When engraving acrylic, the laser control board plays a critical role in setting motion, power, speed, and compatibility.

As a core component of photovoltaic (PV) modules, encapsulation films for solar panels do not directly generate electricity but play a crucial role in determining the module’s efficiency, lifespan, and reliability. The main types include ethylene-vinyl acetate copolymer (EVA), polyolefin elastomer (POE), and EVA-POE-EVA three-layer co-extruded composite film (EPE).

In the wave of modern manufacturing and customization, surface treatment of components is no longer about mere “coating” — it’s about expression. From car spoilers to laptop covers, the emergence of laser paint removal has given these products a kind of permanent digital tattoo.

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.

Acrylic materials are widely used in many fields such as advertising, construction, home furnishing, and industry due to their affordable price, high light transmittance and easy processing. For transparent acrylic, CO₂ laser controller are typically the first choice in laser processing. They produce smooth engraving edges and an even frosted effect. In addition to CO₂ laser controller, UV laser controller can also be used when higher precision is required, though the equipment cost is significantly higher.

Because glass has high hardness, high brittleness, and high light transmittance, it is difficult to process with conventional mechanical tools, which often leads to edge chipping. These characteristics make it necessary for laser engraving to be precisely controlled. The role of the laser controller here is mainly to drive the laser for stable output, while simultaneously coordinating the motion system (X, Y, Z axes) and laser power in real time.