在线往复平面自动喷漆线（Online Reciprocating Flat-surface Automatic Spraying Line）
在线往复平面自动喷漆线是一种深度集成于整体生产流程的自动化涂装设备，专为平板类工件（如家电塑料面板、金属装饰板、电子设备盖板等）设计。其核心特点在于 “在线联动” 与 “往复喷涂” 的结合：一方面，设备可与前端送料、后端烘干 / 质检工序无缝衔接，工件无需人工转运即可完成 “输送 - 喷涂 - 固化” 全流程，大幅减少生产断点；另一方面，喷涂机构沿预设轨迹做往复运动，配合精准控速的输送系统，能均匀覆盖平面工件表面，避免人工喷涂的厚度不均、漏喷等问题。
该生产线适配水性漆、UV 漆等多种涂料，可通过程序调整往复速度、喷涂压力等参数，满足不同材质（塑料、金属、板材）平面工件的涂装需求。同时，设备集成自动除尘、静电消除功能，降低塑料件吸附杂质、金属件静电积尘对涂装质量的影响，广泛应用于家电制造、电子 3C、建材装饰等行业，兼顾批量生产效率与高表面涂装精度。
The Online Reciprocating Flat-surface Automatic Spraying Line is an automated coating equipment deeply integrated into the overall production process, specifically designed for flat workpieces (such as plastic panels for home appliances, metal decorative plates, cover plates for electronic devices, etc.). Its core features lie in the combination of "online linkage" and "reciprocating spraying": on the one hand, the equipment can seamlessly connect with the front-end feeding and back-end drying/quality inspection processes, allowing workpieces to complete the entire "conveying-spraying-curing" process without manual transfer, significantly reducing production interruptions; on the other hand, the spraying mechanism moves reciprocally along a preset trajectory, and with a precisely speed-controlled conveying system, it can evenly cover the surface of flat workpieces, avoiding problems such as uneven thickness and missing sprays caused by manual spraying.
This production line is compatible with various coatings such as water-based paints and UV paints, and can adjust parameters such as reciprocating speed and spraying pressure through programs to meet the coating needs of flat workpieces made of different materials (plastic, metal, plates). At the same time, the equipment integrates automatic dust removal and static elimination functions, reducing the impact of impurity adsorption on plastic parts and static dust accumulation on metal parts on coating quality. It is widely used in home appliance manufacturing, electronic 3C, building material decoration and other industries, balancing mass production efficiency and high surface coating precision.