Daibao STC Series High-Speed Tubular Centrifuge for Biopharmaceutical & Industrial Separation

Daibao Machinery Equipment Co., Ltd. is a leading Chinese high-tech enterprise specializing in the research, development, and manufacturing of tubular centrifuges. With a heritage rooted in the acquisition of core technology from the Shanghai Centrifugal Machinery Research Institute in 2013, Daibao has continuously pushed the boundaries of separation technology. The company developed the first high-speed and fully automatic tubular centrifuges in China, ending a three-decade reliance on manual discharge processes and filling a critical gap in the industry.

The STC series of fully automatic tubular centrifuges represents the pinnacle of Daibao's innovation. Designed specifically for demanding applications in biopharmaceutical manufacturing—such as cell harvest, fermentation broth clarification, and plasma separation—the STC series combines high-speed performance with fully automated operation. Its separation factor of 15,366×g and speeds up to 14,000 rpm ensure efficient, reproducible separation, while GMP-compliant design ensures safety and compliance in regulated environments.

Key features include a fully automatic cleaning system, CIP (Clean-in-Place) capability, and a user-friendly HMI interface for easy monitoring and control. The centrifuge is constructed from high-grade stainless steel and features a modular design for straightforward maintenance and integration into existing production lines. Whether for pilot-scale or full-scale production, the STC series offers unmatched reliability and efficiency.

Daibao's tubular centrifuges are trusted by biopharmaceutical companies and industrial facilities worldwide for their ability to handle high-viscosity and high-solid-content feeds. The STC series is ideal for applications like vaccine production, enzyme recovery, and fine chemical separation. With Daibao's commitment to quality and innovation, the STC series tubular centrifuge is the optimal choice for modern separation challenges.