YS-DI Series Medical Ultrapure Water System 10-20L/H Output

Medical-grade ultrapure water system meeting GB/T 6682-2008 first-class standards

Single-stage RO technology with 99.60% desalination efficiency

Built-in water tank design for continuous purified water supply

Consistent high resistivity output of 15–18 MΩ·cm @ 25 °C

Compact footprint with dimensions of 264343 cm

Comprehensive contaminant removal including ions, organics, and silica

Energy-efficient operation with 0.1-0.15 kW power consumption

Versatile applications across medical, clinical, and research laboratories

Integrated safety features including 24V safety voltage

Suitable for sensitive analytical instruments and medical equipment

The YS-DI-(10-20)AL/H Series Clinical Medical Ultrapure Water Treatment System represents a breakthrough in water purification technology, specifically engineered to meet the rigorous demands of modern healthcare facilities, research laboratories, and clinical environments. This advanced system incorporates a sophisticated single-stage Reverse Osmosis (RO) configuration combined with deionization technology to deliver consistently high-purity water that exceeds international standards for medical and laboratory applications.

At the core of this system lies a meticulously designed RO membrane that achieves an exceptional 99.60% desalination rate, effectively removing ions, microorganisms, pyrogens, and organic contaminants. The integrated built-in water tank ensures continuous availability of ultrapure water while maintaining water quality integrity through advanced preservation technology. This feature eliminates the need for external storage containers and reduces potential contamination points, making it an ideal solution for critical medical procedures and sensitive analytical applications.

The system produces water that comprehensively complies with the stringent first-class standards of the Chinese Laboratory Water Specification GB/T 6682-2008. When measured with precision resistivity meters, the system consistently achieves resistance values between 15-18 Mcm at 25C, demonstrating exceptional purity levels. This high resistivity indicates minimal ionic contamination, which is crucial for applications where even trace ions can interfere with analytical results or medical procedures.

Beyond resistivity, the system delivers outstanding performance across multiple purity parameters. It maintains an electrical conductivity of just 0.005 mS/m at 25C, demonstrating superior ionic removal capability. The absorbency reading of 0 at 254nm with 1cm optical distance confirms the absence of organic contaminants and bacterial endotoxins that could compromise experimental integrity or patient safety. The soluble silicon content remains below 0.01 mg/L (as SiO2), ensuring protection for sensitive instrumentation and preventing silica scaling in equipment.

The system's capability to reduce oxidizable substance content to less than 0.08 mg/L (in O) ensures that the water won't interfere with oxidation-sensitive analytical methods or chemical reactions. The evaporation residue content of 0.6 mg/L at 105C2C confirms minimal non-volatile contaminants, making it suitable for applications requiring minimal background interference, such as mass spectrometry and high-performance liquid chromatography.

Designed with user convenience and operational efficiency in mind, the compact dimensions of 264343 cm allow for flexible installation in various laboratory settings, including crowded medical laboratories and mobile research stations. The system operates effectively with incoming water pressure requirements starting from just 0.2 MPa and can accommodate water temperatures ranging from 5C to 45C, providing remarkable adaptability to different water source conditions.

The electrical system incorporates comprehensive safety features, including 24V safety voltage operation alongside standard AC220V10% 50Hz power supply. With power consumption ranging between 0.1-0.15 kW, the system offers energy-efficient operation without compromising performance, contributing to reduced operational costs and environmental sustainability.

The YS-DI-(10-20)AL/H finds extensive application across numerous critical fields. In clinical diagnostics, it provides reliable water for automated biochemical analyzers, luminescent immune equipment, and various medical testing instruments. Research laboratories benefit from its consistent high-purity output for atomic absorption spectroscopy, atomic fluorescence spectrometry, and other sophisticated analytical techniques. The system also serves electrochemical applications, battery cell manufacturing, chip production, and pharmaceutical preparation where water purity directly impacts product quality and process reliability.

For quantitative analysis requiring exceptional precision and medical applications demanding absolute water purity, this system delivers uncompromising performance. The integrated design ensures minimal maintenance requirements while providing reliable, continuous operation. Advanced monitoring capabilities allow real-time assessment of water quality parameters, ensuring consistent performance and immediate alerting of any system anomalies.

The manufacturing process incorporates medical-grade materials and components that meet international quality standards, ensuring long-term reliability and consistent performance. Each system undergoes rigorous testing and validation procedures before shipment, guaranteeing that customers receive equipment that performs to specification from the moment of installation.

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