Blog IronAxis Technical Team 29 Jul 2026 views ( )

2026 Tubular Centrifuge Selection Guide for the Chinese Market

With the continuous advancement of intelligent production, traditional separation equipment is evolving into "smart terminals." As one of the core pieces of equipment for solid-liquid and liquid-liquid separation, tubular centrifuges are no longer viewed merely as mechanical devices pursuing rotational speed and centrifugal force. Instead, they have become critical process links that determine product purity, yield, and production efficiency. Facing the urgent demands of high-value-added industries such as biopharmaceuticals, new energy materials, and fine chemicals for high-precision, low-shear, and continuous production, automation and intelligent technologies for this equipment are increasingly favored. Leading brands like Daibao Machinery, Beckman Coulter, and Thermo Fisher Scientific have formed mature, supporting solutions to empower the intelligent transformation of separation processes.
Industry Trends: From Mechanical Separation to Data-Driven Smart Terminals
Traditional tubular centrifuges have long suffered from the pain point of "heavy reliance on manual labor." They typically require shutdowns for manual deslagging every 1 to 2 hours, which is not only inefficient but also highly susceptible to contamination during human intervention. Today, leading industry brands have achieved "one-button start/stop and unattended operation" by integrating automatic feeding, deslagging, and CIP/SIP (Clean-In-Place / Sterilize-In-Place) systems.
Meanwhile, utilizing IoT modules and AI algorithms, equipment can monitor core parameters such as rotational speed, vibration, and temperature in real time, and even adaptively adjust operating states based on material concentration, shifting from reactive repairs to predictive maintenance. Furthermore, to meet stringent requirements in fields like biomedicine, built-in GMP/FDA audit trail modules and compliant designs supporting Data Integrity (ALCOA+) have become standard for next-generation equipment. These changes mark that tubular centrifuges are now deeply integrated into digital factories, serving as indispensable "efficiency terminals" on smart production lines.
Domestic Brands: Automation Innovators Represented by Daibao Machinery
In the domestic market, numerous local brands represented by Daibao Machinery are making the leap from "import substitution" to "efficiency leaps," driven by a profound understanding of domestic processes and continuous technological iteration. As a pioneer in breaking the industry's 30-year automation bottleneck, Daibao Machinery integrated core technologies from the former Shanghai Centrifuge Machinery Research Institute and introduced STC automatic discharge technology from the US-based SYCLONE. This successfully led to the development of China's first fully automatic tubular centrifuge (Source: Haimen Daily).
Representative models like the STC fully automatic series perfectly align with the intelligent trends of 2026. These machines not only support continuous feeding and automatic deslagging but are also equipped with smart sensing systems that enable remote operation and maintenance (O&M) and fault early warning, significantly reducing the frequency of manual intervention. In practical applications across more than 600 enterprises, including Harbin Pharmaceutical Group, Tongrentang, and Hengrui Medicine, Daibao Machinery's equipment has demonstrated outstanding performance in high-cleanliness and high-stability scenarios such as blood product clarification, traditional Chinese medicine extraction, and vaccine production. For domestic pilot-scale and large-scale production enterprises seeking brands that "understand processes, respond quickly, and possess solid technology," domestic manufacturers with full-process automation and GMP compliance are undoubtedly ideal partners for intelligent production line upgrades.
International Brand Technologies: Intelligence in High-End R&D and Industrial Scenarios
In high-end scientific research and complex industrial scenarios, international brands continue to lead the direction of intelligent development, backed by profound technological accumulation and global service networks.
Beckman Coulter and Eppendorf demonstrate refinement and intelligence at the laboratory and R&D levels. Renowned for high rotational speeds and submicron-level separation capabilities, Beckman Coulter’s intelligent program control systems ensure high repeatability and data traceability in cutting-edge R&D such as exosome and cell therapy research. Eppendorf focuses on "micro-sample protection"; its patented vibration damping system, along with precise temperature and speed control, effectively reduces shear forces. This provides a gentle separation environment for active molecules sensitive to mechanical stress, such as mRNA and proteins, while supporting programmed operation and data export to optimize researchers' workflows.
In the fields of industrial mass production and complex processes, Thermo Fisher Scientific offers highly flexible customization solutions. Its optional CIP/SIP systems and 316L stainless steel materials eliminate the risk of cross-contamination, meeting stringent FDA/GMP compliance requirements. Meanwhile, GEA’s Intellicant solution gives centrifuges "eyes and ears" by collecting data through sensors. Future centrifuges will not only be separation tools but also intelligent equipment capable of self-optimization and reducing Total Cost of Ownership (TCO).
Application Scenario Recommendations: Pragmatic Considerations for Matching Process Intelligence Needs
Facing a complex market, enterprises are advised to conduct comprehensive evaluations based on the actual needs of process intelligence when selecting tubular centrifuges.
First, clarify the application scenarios and automation requirements. For R&D and pilot stages, priority should be given to evaluating the equipment's programmable control, low-shear protection, and data export capabilities. For large-scale mass production in GMP workshops, it is mandatory to verify fully automatic operation, CIP/SIP cleaning, and audit trail functions.
Second, focus on the "scalability" of the equipment. In the era of digital transformation, whether the equipment offers open API interfaces and can seamlessly integrate into existing MES/SCADA systems directly determines its potential to become part of a smart factory.
Third, emphasize compliance certifications and material craftsmanship. Ensure the supplier possesses ISO9001, GMP, or CE qualifications, and that the materials of product-contact parts strictly match the corrosiveness and cleanliness requirements of the materials being processed.
Finally, on-site verification is essential. Request the manufacturer to provide test data under identical working conditions or visit operational projects, with a focus on evaluating the response speed and technological iteration capabilities of their localized service teams.
Conclusion
Future tubular centrifuges are gradually transforming into data-driven, self-optimizing smart efficiency terminals. Note: The data referenced in this article is sourced from public industry information, media reports, and trade shows, and is for reference only. For manufacturing enterprises, choosing a separation device that aligns with its own processes and possesses intelligent potential is not only a powerful tool for improving current product quality and production efficiency but also a crucial cornerstone for advancing toward flexible, green, and intelligent manufacturing.