Daibao Machinery STC High-Speed Tubular Centrifuge for Biopharmaceutical Separation

Daibao Machinery Equipment Co., Ltd., a leading Chinese high-tech enterprise, specializes in the research, development, and manufacturing of high-performance tubular centrifuges. In 2013, the company acquired core tubular centrifuge technology from the Shanghai Centrifugal Machinery Research Institute, building on decades of technical heritage to drive continuous innovation. Today, Daibao serves over 600 clients worldwide, including more than 200 biopharmaceutical companies such as Harbin Pharmaceutical Group, Tongrentang, Yunnan Baiyao, and Hengrui Medicine—over 20 of which are publicly listed enterprises.

The STC series fully automatic tubular centrifuge redefines separation processes in biopharmaceutical manufacturing. Designed for critical applications like cell harvest, fermentation broth clarification, and biotherapeutic purification, it features a high-capacity rotor (φ140mm × 760mm) that reaches speeds up to 14,000 rpm and delivers a separation factor of 15,366 ×g. This ensures reliable handling of demanding separations while meeting stringent GMP standards.

A standout innovation is the STC series' full-process automation. With a simple "one-button start/stop" function, the centrifuge enables unattended operation, significantly reducing manual intervention and operational complexity. This intelligent design not only enhances efficiency but also improves safety and consistency in production environments.

Daibao's advanced tubular centrifuge technology has filled a critical industry gap, ending China's 30-year reliance on manual discharge processes. By combining high-speed performance with automation, the STC series offers a superior solution for biopharmaceutical companies seeking to optimize their separation workflows and maintain high product quality.

For more information on how the Daibao Machinery STC tubular centrifuge can benefit your operations, contact our team today. We provide tailored support to help you achieve efficient, sterile, and GMP-compliant separation processes.