The fully automatic glue-making machine is specialized process equipment that integrates automated control technology with the glue-making process; its advent represents a tangible manifestation of the comprehensive automation taking place within the corrugated packaging manufacturing industry. The utilization of an automatic glue-making system offers numerous advantages: the entire glue-making process is subject to programmed control, thereby ensuring consistent and stable glue quality; the system automatically selects the precise formulation required based on varying gluing specifications; all stages-from glue preparation to application-are executed automatically under computer control, significantly reducing labor intensity and operational complexity while eliminating the need for a dedicated glue-making specialist. Furthermore, the system automatically tracks and aggregates data on raw material consumption to generate cost reports, thereby facilitating accurate cost accounting. Other benefits include a multi-recipe storage capability, as well as an enhanced success rate in glue production and a reduction in waste generated during the manufacturing process. Optionally, the fully automatic glue-making system can be configured to process and utilize industrial wastewater from carton factories-following appropriate treatment by the equipment-in the glue-making process, thereby ensuring compliance with environmental protection regulations.
This mixing machine is suitable for the production of a wide range of materials-including adhesives, silicone sealants, polyurethane glues, acrylic adhesives, automotive sealants, encapsulating compounds, ointments, pastes, greases, paints, cream-based cosmetics, inks, pigments, emulsions, and paste-like food products and additives-and can be seamlessly integrated into various production workflows. Available in single-speed, dual-speed, and variable-speed configurations, the system offers three distinct speed options to effectively meet the diverse requirements of various manufacturing processes.