Technical Article
Analysis of technical key points of Veyon 2104 tabletop low-speed centrifuge in clinical testing and diagnosis
In the modern clinical testing process, the quality of sample pre-processing is the cornerstone to ensure the reliability of diagnostic results. With the development of precision medicine, laboratory performance requirements for centrifugal equipment have risen from simple speed control to a comprehensive test of intelligent management and dynamic stability. Veyon 2104 desktop low-speed centrifuge is a core model launched by Veyyu Biotechnology (Guangzhou) Co., Ltd. for small and medium-sized medical institutions and outpatient laboratories. It integrates a leading microcomputer control system, brushless DC drive and patented shock-absorbing architecture. This article will provide an in-depth analysis of how Veyon 2104 solves the core pain points in serum separation, cell concentration and body fluid precipitation through technological innovation from the four dimensions of drive system, intelligent interaction, clinical SOP adaptability and safety protection, providing professional technical reference and operational guidance for clinical laboratory personnel.
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Proper use of RCF and RPM: a guide to parameter conversion in centrifugation method transfer
When transferring methods, it is common to encounter old equipment, paper methods, or kit instructions that only give RPM, resulting in inconsistent results between different rotors. This article combines the product parameters of Veyon 2104 G, Veyon 2921 G, and Veyon 2922 G with Veyon’s delivery experience to provide recommendations for selection, process verification, and maintenance management.
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高速离心机怎么选:转速、离心力、转子半径和应用场景的核心差异
本文围绕高速离心机选型,从样本类型、RCF/RPM、容量通量、温控保护、转子耗材、安全维护和采购验证角度,说明分子生物学、蛋白实验和高校科研实验室如何建立可执行的高速离心机选型与使用方案。
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离心机转子怎么选:固定角转子、水平转子、适配器和离心管兼容性
本文围绕离心机转子选择,从样本类型、RCF/RPM、容量通量、温控保护、转子耗材、安全维护和采购验证角度,说明需要更换转子、扩展耗材规格或建立多方法平台的实验室如何建立可执行的离心机转子选型与使用方案。
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