Key benefits Rapid, repeatable serum isolation for PRP procedures: fixedtime cycles provide precision in every cycle, speeding up your workflow and improving throughput. Innovative electrocentrifugation technology: enhances serum separation by leveraging plasma properties, delivering consistent, quality results over time. Desktopfriendly and userfriendly design: compact footprint fits easily in small lab spaces, reduces hardware clutter, and simplifies operation across diverse laboratory environments. Energyefficient, speed operation: supports repeated cycles with lower environmental impact and reduced operating costs while maintaining performance. What it does and how it solves problems Function: accelerates serum isolation for PRP, with fixedcycle timing to ensure consistent results and predictable scheduling. Compatibility and workflow fit: designed for convenient use in standard desk setups, enabling seamless integration into existing laboratory routines without requiring extensive space redesign. Size and footprint: optimized for desktop use, enabling efficient bench space utilization in busy labs. Performance and reliability: delivers stable, quality serum separation across multiple runs, with energyconscious operation to reduce ongoing costs. Technical snapshot Function: rapid serum isolation for PRP with fixedtime cycle control. Compatibility: suitable for desktopbased laboratory environments and adaptable to diverse lab workflows. Size: compact desktopfriendly design optimized for small bench spaces. Performance: consistent, quality serum separation enabled by innovative centrifugal technology with plasmaaware mechanisms. Efficiency: energyconscious design supports repeated speed cycles and lowers operational costs without compromising results. Use scenarios and applications Orthopedic clinics or sports medicine centers performing pointofcare PRP treatments: enables fast, predictable serum isolation to support sameday procedures and scheduling. Cosmetic and dermatology labs preparing PRP therapies: provides reproducible results with fixedcycle timing, improving treatment planning and turnaround. Research laboratories conducting throughput PRPrelated studies: supports repeated speed operations with reliable performance, enhancing experimental throughput and data consistency. Notes on design considerations Function and performance are centered on rapid, precise serum isolation for PRP workflows. The unit is described as desktopfriendly to accommodate limited bench space and standard lab setups. Energy efficiency is a core attribute, balancing speed operation with reduced environmental impact and cost benefits.