Recently, the 2025 International Youth Sustainable Innovation Summit (YSS2025) successfully concluded at the Shenzhen World Exhibition & Convention Center. Under the theme “Boundless Intelligent Innovation·Integrated Symbiosis,” the event brought together NGO representatives, technology elites, scholars, experts, designers, and corporate leaders from around the globe to explore cutting-edge directions in sustainable development and design innovation.
During the concurrently held 2025 International Youth Sustainable Product Innovation Design Competition (International Product Green Award), Lead Fluid’s independently developed TYS01-02 Dual-Speed Syringe Pump was honored with the “Supreme Design Award” in recognition of its outstanding innovative design and deep commitment to sustainable principles.
Trophy & Certificate
Lead Fluid Representative Cui Chengtao Ascended the Stage to Accept the Award
About the Award
International Product Green Award (Y5P PRODUCT GREEN AWARD)
The International Product Green Award was jointly initiated by the YYS Conference Organizing Committee, the German Green Award, the International Green Future Alliance (International Green Award), the UNIDO Global Innovation Network ESG & Carbon Neutrality Investment Steering Committee, and other internationally authoritative organizations. With a global perspective, this award aims to identify innovative achievements that embody sustainable principles in product design and promote the industry’s transition towards a greener future.
Product Core
TYS01-02: Redefining Sustainability Through Innovation
From its initial development, the TYS01-02 Dual-Speed Syringe Pump has been centered on the core design philosophy of “sustainable development.” Specifically designed for cutting-edge research fields such as microfluidic chips, microsphere preparation, and organoid culture, it aims to address industry challenges related to efficiency and resource utilization.
01 Integrated Design: Overcoming Multi-Fluid Coordination Bottlenecks
Through a highly integrated structural design, the product consolidates processes that traditionally require two separate syringe pumps into a single unit. It not only enables independent dual-channel control but also achieves breakthroughs in spatial layout and energy consumption. Users no longer need to purchase two separate devices; one machine can handle complex tasks involving dual flow rates and dual fluids, thereby reducing manufacturing and operational energy consumption at the source.
Two Single-Channel Syringe Pumps vs Dual-Speed Syringe Pump
02 Three Operating Modes: Simplifying Complexity
The pump features three built-in operating modes, with the essence of its design being “simplifying complexity.” Particularly, the programming mode allows users to customize multi-step processes, segment parameters, and nested logic, enabling flexible control and automated operation of complex experimental procedures. Researchers no longer need constant supervision, effectively reducing manual operations, shortening experimental cycles, and allowing them to focus more on innovation itself—truly embodying the principle of “handling complexity with the device, leaving simplicity to the user.”
03 Human-Centered Design: From Hardware to System Logic
From mechanical structure to control logic, the dual-speed syringe pump consistently adheres to a “human-centered” sustainable philosophy. It aims to reduce the workload of laboratory personnel, enhance research efficiency and user experience, and, beyond precision and stability, imbue the equipment with greater sustainable operational value.
Future Outlook
Driving Industry Transformation Through Green Innovation
Green Innovation Driving Industry Transformation
This award signifies international recognition of Lead Fluid’s explorations in green design and technological innovation. It is not only an affirmation of past efforts but also an encouragement for future directions.
Seizing this opportunity, Lead Fluid will continue to increase investment in the research and development of sustainable products, deeply explore green technological pathways in the field of fluid handling, and consistently enhance product intelligence and user experience. We also look forward to collaborating with industry partners to jointly advance fluid handling technologies towards greater efficiency, environmental friendliness, and user-friendliness, injecting solid momentum into global scientific research and industrial green transformation.
