This equipment is specifically designed for producing mosquito repellent patches with burst beads. It utilizes ultrasonic welding technology to precisely embed the burst beads into the patch, achieving highly efficient and automated production. From raw material feeding to finished product unloading, the entire process requires no manual intervention, ensuring uniform and deviation-free patches and consistent product quality. Suitable for mass production of mosquito repellent patches, it is widely used in the daily chemical and health protection industries.
Machine Features:1. The equipment adopts a fully automated design, requiring no manual intervention throughout the entire production process from raw material feeding to finished product unloading. This significantly reduces labor costs, improves production efficiency, and enables 24-hour high-efficiency operation.
2. Utilizing advanced ultrasonic welding technology, each mosquito repellent patch is firmly formed, eliminating the need for chemical adhesives, making it environmentally friendly and highly efficient. Simultaneously, the welding quality is stable and reliable, resulting in highly durable finished products.
3. Equipped with a high-precision control system, ensuring precise positioning of each mosquito repellent bead, resulting in uniform and deviation-free application. This further enhances product consistency and quality, meeting the needs of high-standard customers.
4. Employing a PLC control system combined with a touchscreen intelligent operating interface, users can easily set parameters, monitor equipment status, and manage production data in real time. Operation is simple and maintenance is convenient.
5. The optimized production process and power system not only significantly reduce equipment energy consumption but also effectively reduce waste generation, improve resource utilization, and meet modern environmental protection production requirements.
6. The equipment adopts a modular design, which facilitates maintenance and upgrades, and has strong expandability. Functional modules can be customized according to customer needs to meet diverse production requirements.