Completes Production of New Laboratory Twin-Screw Test Extruder

We are pleased to announce that our company has successfully completed the production and assembly of a new professional twin-screw test extruder, further enriching our laboratory extrusion equipment lineup and providing reliable, high-precision testing solutions for educational institutions and enterprise formula R&D.

Specially optimized for laboratory scenarios, this twin-screw testing machine features a low and stable output ranging from 5kg/h to 15kg/h. The low-yield design perfectly meets the core demands of university experimental teaching, scientific research projects, and enterprise small-batch formula testing. It effectively avoids material waste caused by large-scale production equipment, enables teachers and researchers to conduct repeated contrast experiments, and provides accurate data support for material modification, formula optimization and process verification.

To cater to diversified production and testing requirements, we offer a full range of extrusion testing equipment, covering both twin-screw and single-screw test extruders. The two types of equipment have their own advantages and are applicable to different material characteristics and product processing needs. Customers can select targeted testing equipment according to experimental projects, raw material types and final product requirements, realizing flexible and efficient material testing and pilot production.

Equipped with a mature PLC intelligent control system, this newly completed twin-screw test machine achieves full-process digital monitoring and precise parameter adjustment. The system supports real-time collection, intuitive display and automatic recording of core experimental data including processing temperature, screw speed, melt pressure and operating torque. All test data can be completely stored and traced, allowing researchers to clearly view the parameter changes and experimental results of each test. This function greatly improves the accuracy of experimental analysis and facilitates subsequent data sorting, research summary and process improvement.

Adhering to the design concept of high precision, high stability and easy operation, our laboratory extruders are widely recognized for their stable operation, simple maintenance and excellent experimental repeatability. Moving forward, we will continue to focus on the R&D and manufacturing of laboratory and pilot extrusion equipment, continuously optimize product performance, and provide more professional and customized testing equipment solutions for global universities, research institutions and material manufacturing enterprises.