Daibao STC Series High-Speed Tubular Centrifuge: Advanced Separation for Biopharmaceuticals

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 biotherapeutic purification—the STC series delivers exceptional performance. Its high-capacity rotor (φ140mm × 760mm) achieves speeds up to 14,000 rpm and a separation factor of 15,366 ×g, ensuring reliable and efficient separation even in the most challenging processes.

One of the standout features of the STC series is its full-process automation. With a simple “one-button start/stop” function, the centrifuge enables unattended operation, significantly reducing labor costs and human error. This automation is designed to meet stringent GMP standards, making the STC series an ideal choice for pharmaceutical companies that require consistent, sterile, and reproducible separation results.

Daibao's tubular centrifuges are trusted by over 600 clients globally, including more than 200 biopharmaceutical companies such as Harbin Pharmaceutical Group, Tongrentang, Yunnan Baiyao, and Hengrui Medicine. Among these are over 20 publicly listed enterprises, underscoring the reliability and advanced engineering of Daibao's products. Whether for small-scale R&D or large-scale production, the STC series offers a robust, efficient, and automated solution for modern separation challenges.