Consumer electronics are continuously evolving towards thinner, smarter, and more reliable products. From mobile phones and tablets to wearable devices, manufacturing processes are increasingly demanding higher precision and stability. The low surface energy and susceptibility to contamination of plastics, glass, metals, and composite materials directly impact the quality of coating, printing, bonding, and packaging. Plasma surface treatment technology is becoming a critical step in consumer electronics manufacturing.

Display & Touch Panel

In LCD, OLED, and touch panel module production, plasma treatment removes organic residue and dust from glass or film surfaces, improving the adhesion of ITO layers, polarizers, and optical films, ensuring bubble-free and delamination-free lamination, and enhancing display clarity and durability.

Housing & Structural Parts

Plastic or metal parts such as mobile phone housings and laptop cases often suffer from poor adhesion before spraying, electroplating, or screen printing. Plasma cleaning and activation improve surface wettability, ensuring a strong bond between the coating and ink, preventing paint peeling and cracking, and ensuring a high-quality appearance.

Camera Modules

In the lens, sensor, and packaging stages, plasma treatment effectively cleans and activates surfaces, improving adhesive bonding, ensuring lens module precision and stability, and preventing dust or bubbles from degrading image quality.

Battery & Assembly

In mobile phone and wearable battery assembly, plasma treatment improves the adhesion between aluminum casings, soft-encapsulated films, and adhesives, ensuring a tight seal and preventing leakage and bulging. In the complete device assembly stage, plasma treatment also enhances bonding and sealing, improving waterproof and dustproof performance.

From displays, housings, cameras, to batteries and complete device assembly, plasma technology is used throughout multiple stages of consumer electronics manufacturing. It not only improves product appearance and reliability, but also provides strong process support for lightweight, thin, and functionally integrated consumer electronics.