Xuefei Cai

Title: Innovations by Xuefei Cai in Pharmaceutical Manufacturing

Introduction

Xuefei Cai is a notable inventor based in Tianjin, China, recognized for his contributions to pharmaceutical manufacturing. He holds two patents that showcase his innovative approach to improving production processes in the industry.

Latest Patents

Cai's latest patents include the "Intelligent Dripping Pill Machine for Continuous Liquid Solidification" and the "Intelligent Continuous Manufacturing Method via Liquid Cooling of Dripping Pills." The intelligent dripping pill machine is designed to streamline the production of dripping pills by integrating several components, including a feeding device, a material combining device, a homogenizing device, a dripping device, and a de-oiling device. This machine utilizes high-speed centrifugation to remove cooling liquid from the pills, ensuring a compact design that enhances manufacturing efficiency while maintaining high yield.

The intelligent continuous manufacturing method involves a series of steps that optimize the production of dripping pills. This method includes weighing and transferring materials, staged heating and mixing, pressurizing and homogenizing the mixture, vibration dripping, and de-oiling through tilting centrifugation. The process not only shortens manufacturing time but also ensures the stability and homogeneity of the final product.

Career Highlights

Xuefei Cai is associated with Tasly Pharmaceutical Group Co., Ltd., where he applies his expertise in pharmaceutical innovations. His work focuses on enhancing manufacturing techniques that contribute to the efficiency and quality of pharmaceutical products.

Collaborations

Cai collaborates with talented individuals such as Kaijing Yan and Xiaobing Sun, who contribute to the innovative environment at Tasly Pharmaceutical Group.

Conclusion

Xuefei Cai's innovative patents and contributions to pharmaceutical manufacturing highlight his role as a significant inventor in the industry. His work continues to influence the efficiency and quality of drug production processes.