In the glass processing industry, traditional blade wheel cutting often faces pain points such as edge breakage, fragility, high consumable costs, and difficulty in processing irregular shapes. Faced with the demand for precision production, more and more factories are beginning to introduce glass laser cutting technology.
In the field of 3C consumer electronics, from curved screens and foldable UTG glass in smartphones to micro optical lenses in smartwatches, laser cutting is steadily supporting the design fantasy of "extremely narrow borders, irregular and thin" in consumer electronics with micrometer level precision and zero contact non-destructive processing.
In the automotive industry, this beam of "ultra fast light" also shines brightly - it can efficiently cut car displays and car glass, accurately meeting the stringent requirements of intelligent cockpits for complex shaped components; It can also efficiently cut various types of car rearview mirrors, overcoming the processing bottleneck that traditional craftsmanship has long been unable to overcome.
In the photovoltaic industry, it assists in the precision processing of solar cells and glass cover plates, promoting cost reduction and efficiency improvement of green energy.
In the home furnishing industry, it makes the cutting of stove countertops and bathroom products more delicate and efficient.
It can be said that from micrometer level semiconductor wafers to meter level automotive skylights, laser cutting is leveraging its core advantages of precision, thinness, speed, and stability to fully empower diverse industries such as consumer electronics, automotive displays, new energy, aerospace, and smart homes, becoming an indispensable "weapon of light" in the era of intelligent manufacturing.
