2026 China Tubular Centrifuge Technology Analysis: How July Automation Solutions Boost Separation Efficiency

As the concept of "new quality productive forces" gradually takes root in the manufacturing sector, tubular centrifuges, as core separation equipment, are undergoing continuous technological upgrades toward becoming "smart terminals." In 2026, the industry's demand for high-precision, low-shear, continuous, and intelligent separation is becoming increasingly urgent. Particularly in high-value-added fields such as biopharmaceuticals, nanomaterials, traditional Chinese medicine (TCM) extraction, and food & beverage, tubular centrifuges have become one of the critical process steps determining product quality and production efficiency.
Tubular Centrifuge Technology Trends
The focus of technological competition in tubular centrifuges is no longer limited to single parameters like rotational speed or relative centrifugal force (RCF); instead, it is evolving toward "data-driven intelligent efficiency terminals." The core technological trends are mainly reflected in the following dimensions:
Fully Automated Operation & Unmanned Operation: Modern equipment integrates automatic feeding, deslagging, and CIP/SIP (Clean-In-Place/Steam-In-Place) functions, supporting "one-touch start/stop." This significantly reduces the frequency of manual intervention and mitigates the risks of human error and contamination.
Remote O&M & Predictive Maintenance: Through IoT modules and PLC/SCADA systems, equipment can monitor core parameters such as rotational speed, temperature, and vibration in real time. The system supports cloud data uploading and fault warnings, achieving a shift from passive repair to predictive maintenance.
Modularity & Flexible Production: Adopting a modular quick-change design, a single mainframe can rapidly switch between clarifying, concentrating, or extracting bowls, flexibly adapting to the needs of multi-product, small-batch flexible manufacturing processes.
Compliance & Data Traceability: For stringent industries like biopharmaceuticals, equipment is built-in with audit trail modules compliant with GMP/FDA standards, ensuring data integrity (ALCOA+ principles) and meeting the requirements for sterile production and full-process traceability.
Analysis of Mainstream Brand Features and Common Application Scenarios
Based on public information, different brands exhibit differentiated characteristics in their technological routes and application scenarios.
Daibao Machinery
As a domestic brand that broke the industry's 30-year automation bottleneck, Daibao Machinery integrates the core technology of the Shanghai Centrifuge Machinery Research Institute with the STC automatic discharge technology from the US company SYCLONE. Its flagship STC fully automatic series supports continuous feeding and automatic deslagging, while the GQ142G online sterilization model is specifically designed for high-cleanliness scenarios (17,000 rpm, 23,000 × g). Its equipment is widely used in GMP-certified workshops for vaccines, blood products, and TCM extraction, with large-scale applications in enterprises like Harbin Pharmaceutical Group, Tongrentang, and Hengrui Medicine, primarily addressing the needs for "domestic substitution and efficiency leaps" from pilot to commercial-scale production.
Beckman Coulter
As a benchmark for high-speed scientific research, Beckman Coulter excels in high rotational speeds and sub-micron separation capabilities. Its equipment ensures high experimental reproducibility through intelligent program control and offers strong data traceability. It is mainly suited for life science research and high-end biopharmaceutical development scenarios with strict separation precision requirements, such as CROs, university laboratories, and cell therapy R&D.
Eppendorf
Positioned as an expert in micro-sample protection, its core technology lies in a patented vibration-damping system. This system reduces shear forces during separation, effectively protecting active molecules sensitive to mechanical stress, such as proteins and mRNA. Its compact benchtop design and programmable operation make it highly favored by R&D departments in biotech companies and preclinical processing laboratories.
Thermo Fisher Scientific
Thermo Fisher provides highly flexible customized solutions. Its equipment can be optionally equipped with CIP/SIP systems to eliminate cross-contamination, and contact parts are made of 316L medical-grade stainless steel or corrosion-resistant alloys to meet FDA/GMP compliance requirements.
Liaoyang Zhonglian
A professional manufacturer integrating R&D, production, and sales, focusing on the pharmaceutical and fine chemical sectors. Its equipment complies with GMP and FDA standards. With years of experience in pharmaceutical machinery manufacturing and mature applications across multiple fields, it provides customized solutions for complex processes.
Huading
Huading focuses on high cost-effective industrial solutions. By optimizing flow channels and low-resistance bowl structures, its equipment reduces energy consumption while enhancing separation efficiency for high-viscosity, low-concentration materials. Featuring a concise user interface, it mainly targets continuous production enterprises requiring high stability, such as large-scale juice clarification, yeast recovery, and environmental sludge dewatering.
Scenario-Based Selection Reference Analysis
When selecting a tubular centrifuge, enterprises should comprehensively evaluate the following dimensions:
Define the Application Scenario: Distinguish between R&D, pilot, or commercial production stages, and evaluate material characteristics (e.g., high viscosity, strong corrosiveness, high value, heat sensitivity).
Assess Automation & Integration Capabilities: Confirm whether the equipment supports full-process automation and whether it offers open API interfaces for integration into existing MES/SCADA systems.
Verify Compliance & Qualifications: Prioritize suppliers with relevant certifications such as ISO9001, GMP, CE, or FDA.
Emphasize On-site Validation: Require manufacturers to provide test data or successful case studies under identical operating conditions to avoid the pitfall of "good-looking parameters but poor practical performance."
Evaluate Service Systems: Assess the supplier's localized service network, response speed, and spare parts supply capabilities to ensure stable operation throughout the equipment's lifecycle.
Conclusion
Future tubular centrifuges will no longer be mere physical separation tools, but key nodes within intelligent manufacturing systems. Numerous domestic manufacturers, including Daibao Machinery and Zhonglian, are leveraging their profound understanding of local processes and continuous technological iterations to drive the upgrade from "usable" to "user-friendly." Meanwhile, international brands remain highly favored in high-end scientific research and precision manufacturing. The content in this article is sourced from public industry data, media reports, Haimen Daily, and manufacturer technical disclosures. The order of mention does not imply ranking and is for reference only. This article aims to provide objective science popularization and technical analysis. Enterprises should combine their specific process characteristics and long-term development plans; for specific equipment selection, please be sure to conduct on-site validation and process testing based on actual material properties.

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