As core equipment for polymer material processing, plastic extrusion equipment converts various plastic raw materials into continuous profiles such as pipes, plates, and films through melting, plasticizing, and molding processes. Sumino has been deeply engaged in this field for many years, committed to improving equipment stability and intelligence through technological innovation, and providing efficient and reliable solutions for global customers.  

 Core Technical Features  

High-Efficiency Plasticizing System: Adopts a low-temperature shear design to optimize melt fluidity, prevent high-temperature degradation of materials, and ensure consistent product performance.  

Intelligent Control Module: Integrates PLC and IoT technologies to realize whole-line data linkage and remote monitoring, enhancing operational convenience and production transparency.  

Wear-Resistant Structural Design: The screw and barrel undergo special strengthening treatment, significantly improving wear resistance and corrosion resistance, and extending the service life of the equipment.  

Solutions to Industry Pain Points  

Blockage Risk Control: The quantitative feeding system and real-time melt pressure monitoring ensure the continuous and stable extrusion process.  

Energy Consumption Optimization: Uses variable-frequency drives and heat recovery technology to effectively reduce comprehensive energy consumption.  

Product Uniformity Improvement: The on-line thickness measurement and automatic deviation correction system work in synergy to control the product thickness tolerance within an extremely narrow range.  

Application Field Coverage  

Pipe Manufacturing: Covers high-precision extrusion needs for PP-R pipes, PE gas pipes, aluminum-plastic composite pipes, etc.  

Plate and Sheet Production: Suitable for efficient molding of materials such as PVC, PET, and PC, with excellent surface quality.  

Special Profile Processing: Supports the processing of special-shaped profiles and modified granulation, meeting the needs of multi-material blending and functionalization.