Centrifugal Separation Container With Concave Interface For Low Specific Gravity Recovery

The patent applies parameter changes by modifying the surface properties of the inner wall through hydrophilic treatment in specific regions. Instead of complex capillary structures, the invention changes the wettability parameter of the surface to create hydrophilic regions that facilitate release of the low specific gravity component, thereby improving recovery efficiency while maintaining simple manufacturing processes

The patent implements local quality by creating hydrophilic regions at specific locations on the inner wall surface where the low specific gravity component contacts during centrifugal separation. This localized modification of surface properties enables targeted facilitation of component release without requiring complex structures throughout the entire container, thus improving recovery efficiency while keeping manufacturing simple

The patent applies parameter changes by modifying the surface energy characteristics of the inner wall through selective hydrophilic treatment. This creates regions with different wettability parameters that guide the flow and release of the low specific gravity component, achieving improved recovery efficiency through a manufacturing process that involves only simple coating or treatment steps rather than complex multi-step processes

The patent employs a disposable container design where the hydrophilic regions are formed through simple, cost-effective surface treatment that can be applied during manufacturing. The container is designed for single use, eliminating the need for complex cleaning or reprocessing, thus maintaining ease of manufacture while achieving improved recovery efficiency

The patent resolves this contradiction by applying solvent treatment selectively to specific regions of the inner wall where specimen integrity is most critical, while leaving other regions with hydrophilic properties that facilitate release of the low specific gravity component. This localized differentiation of surface properties maintains specimen integrity in hemolysis-prone areas while enabling efficient component release in other areas

The patent segments the inner wall surface into distinct functional regions: areas treated with solvent for hemolysis prevention and areas with hydrophilic properties for component release facilitation. This segmentation allows each region to perform its specific function optimally, maintaining specimen integrity where needed while enabling efficient release where required