15kg Fully Automatic Woven Bag Packaging Machine

The equipment is equipped with an advanced intelligent control system. High-sensitivity detection devices are installed at both the bag feeding station and the main machine operation stage, capable of real-time identification and automatic rejection of defective or mispositioned packaging bags. This fundamentally prevents downtime and material waste caused by bag issues, ensuring a continuous and smooth production flow. Furthermore, the adoption of a multi-servo motor cooperative drive control system ensures precise and coordinated movements of all execution units, significantly enhancing the overall operational smoothness and reliability, and providing a solid guarantee for long-term, high-intensity stable production.

This machine features powerful memory storage functionality, allowing parameters corresponding to different product specifications (e.g., different materials, bag weights, sealing parameters) to be pre-set and stored as individual formulas. During actual production, operators do not need to make tedious individual adjustments. They simply need to select the corresponding formula with one touch on the human-machine interface (HMI), and the machine will automatically complete all parameter switching. This greatly simplifies the operational process, significantly reduces the difficulty for personnel and the potential for errors, making it particularly suitable for production lines that require frequent product specification changes.

Designed specifically for loop-handled woven bags, the machine features an exceptionally large-capacity bag hopper that can hold approximately 900 bags at one time. This design drastically extends the intervals between manual bag replenishment, effectively reducing the frequency of this task and enabling longer periods of unattended continuous operation. This not only directly increases per-shift output but also lowers the labor intensity for operators and optimizes human resource allocation.

The equipment incorporates a complete fault self-diagnosis system that continuously monitors the operating status of core components. In the event of a fault or abnormal operating parameter, the system immediately displays an alarm message with clear text and codes on the touch screen, pinpointing the issue (e.g., low air pressure, servo drive alarm). This function significantly assists maintenance personnel in rapid troubleshooting and repair, effectively reducing fault-related downtime, and improving the equipment's maintainability and overall operational efficiency.