High-Speed Tubular Centrifuge for Biopharmaceutical | Daibao Machinery

Daibao Machinery offers high-speed tubular centrifuges for biopharmaceutical separation. Our STC series features full automation, high separation factor, and GMP compliance for efficient cell harvest and purification.

Daibao Machinery Equipment Co., Ltd. is a leading Chinese high-tech enterprise specializing in the research, development, and manufacturing of tubular centrifuges. In 2013, the company acquired core tubular centrifuge technology from the Shanghai Centrifugal Machinery Research Institute, laying a solid foundation for continuous innovation. Building on decades of technical heritage, Daibao has developed high-speed and fully automatic tubular centrifuges that fill a critical industry gap, ending China’s 30-year reliance on manual discharge processes.

Today, Daibao serves over 600 clients worldwide, including more than 200 biopharmaceutical companies such as Harbin Pharmaceutical Group, Tongrentang, Yunnan Baiyao, and Hengrui Medicine—among them over 20 publicly listed enterprises. Our tubular centrifuges are trusted globally for their reliability, efficiency, and compliance with stringent industry standards.

The STC series of fully automatic tubular centrifuges is designed to meet the demanding separation needs of the biopharmaceutical industry. Key applications include cell harvest, fermentation broth clarification, and biotherapeutic purification. The STC series features a high-capacity rotor (φ140mm × 760mm), reaching speeds up to 14,000 rpm and a separation factor of 15,366 ×g, ensuring reliable handling of the most challenging separations.

Its standout innovation lies in full-process automation: a simple “one-button start/stop” enables unattended operation, significantly reducing labor costs and human error. The intelligent control system monitors performance in real time, ensuring consistent, GMP-compliant results. With its advanced automation and exceptional performance, the Daibao STC tubular centrifuge is redefining separation processes for modern biopharmaceutical manufacturing.