The drone industry utilizes pad-printed steel plates

The drone body and accessories primarily consist of curved shells, micro parts, recessed cavities, and materials such as carbon fiber, aluminum-magnesium alloy, and PC plastic. Screen printing can only achieve flat surfaces, and laser marking lacks color effects. Pad printing steel plates, paired with silicone rubber heads, can perfectly adapt to complex curved surfaces, micro fine characters, and multi-color LOGO printing. They are standard consumables for consumer-grade aerial drones, agricultural plant protection drones, and industrial inspection drone production lines. Core industry adaptation advantage 1. Full coverage of irregular surfaces: compatible with circular arc casings, curved remote control joysticks, curved gimbal housings, and recessed arm cavities, with adhesive heads fitting perfectly without ink breaks or missing characters; 2. Micron-level micro fine printing: Capable of stably printing 0.12mm thin lines, meeting the requirements of mini drone models, FCC/CE certified small characters, and micro functional icons; 3. High durability and adaptability for mass production: The steel plate has a hardness of 60HRC or higher, ensuring no edge smearing even after millions of prints, and is compatible with automated assembly lines from companies like DJI and XAG for mass production; 4. Compatibility with multiple special materials: compatible with carbon fiber, anodized aluminum, PC/ABS engineering plastics, soft silicone shock pads, and fiberglass shells; 5. Resistant to harsh outdoor environments: The depth of the etching groove is controllable, and combined with UV-resistant and high/low temperature-resistant ink, the markings will not fall off or turn white due to outdoor exposure to sunlight or temperature differences at high altitudes; 6. Precise multi-color overprinting: The positioning error of the mirror steel plate is ≤0.01mm, meeting the overprinting requirements for brand multi-color logos and color warning signs.