Ultrapure Water System LUWS-T2013

Introduction

Ultrapure Water System operates using tap water with hardness below 450 ppm as CaCO₃. It includes an optional bio-final filter to eliminate endotoxins, RNase, and DNase. Real-time water quality is displayed for easy monitoring. A resistivity sensor with temperature compensation ensures accurate results. Our Ultrapure Water System is ideal for laboratories, pharmaceutical production, semiconductor processes, and healthcare use.

This water purification system is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Ultrapure Water System is designed to support molecular biology techniques, ultra-trace analysis, and electrochemical experiments by providing consistently high-purity water essential for accuracy, reliability, and contamination-free research.

Specifications

Productivity Rate	30 L/h
Water Temperature	5 ℃ to 40 ℃
Water Pressure	0.1 to 0.4 MPa
Class I Resistivity (25 ℃)	18.2 MΩ.cm
Class I Conductivity (25 ℃)	0.055 us/cm
Class I Water Total Organic Carbon Level	1 to 5 ppb
Class I Particulate Matter	< 1 pc/ml
Manual Dispense Flow Rate	1.5 to 2.0 L/min
Automatic Dispense Volume	100-60000 ml
Electrical Voltage	110 V/220 V±10%
Electrical Frequency	50 HZ/60 HZ
External Dimension (Main Units)	380 × 380 × 595 mm
External Dimension (Water Tank)	315 × 525 × 570 mm
Net Weight (Main Units)	35 Kg
Net Weight (Water Tank)	7 Kg

Features

Anti-microbial Cylindrical Design

Automated Level Control System

Consumables Tracking

HD Color Touchscreen Interface

Anti-Backflow Valve

FAQs

1. What makes the Ultrapure Water System suitable for sensitive laboratory applications?

The Ultrapure Water System delivers ultrapure water that meets or exceeds Type I standards, ensuring compatibility with highly sensitive applications such as , , and cell culture. It features a multi-stage purification process that includes reverse osmosis, deionization, UV treatment, and final microfiltration to eliminate organic, ionic, and microbial contaminants. The system maintains a consistent water quality with real-time monitoring of key parameters like resistivity and . An optional bio-final filter ensures effective removal of RNase, DNase, and endotoxins. This guarantees reliable performance even in applications that require stringent contamination control. The intuitive touchscreen interface allows easy operation and monitoring, making it ideal for daily use in demanding research settings. Additionally, the system supports automated flushing and alerts for maintenance, ensuring long-term operational efficiency.

2. How does the Ultrapure Water System ensure water purity over extended use?

The Ultrapure Water System is equipped with high-precision sensors and an intelligent control mechanism that continuously monitors resistivity, levels, and temperature. These real-time measurements help maintain water purity by alerting users when deviations occur. It incorporates auto-flushing to reduce membrane fouling and extend filter life, which supports consistent performance. technology is used to track consumable usage, enabling timely replacement and reducing the risk of contamination. The system’s internal tubing and components are made of inert, chemically resistant materials to avoid leaching or degradation. Its robust design supports long operational hours without compromising water quality. Periodic maintenance alerts and easy-to-replace cartridges help users maintain peak system performance with minimal effort.

3. What quality monitoring features are integrated into the Ultrapure Water System ?

The Ultrapure Water System includes advanced quality monitoring tools such as real-time resistivity and temperature sensors to ensure ultrapure output consistency. It features a multi-channel resistivity sensor with temperature compensation, providing accurate readings under varying environmental conditions. A Total Organic Carbon () display continuously monitors organic content, which is crucial for sensitive analytical and biological applications. The system alerts users if any parameter deviates from the acceptable range, ensuring immediate corrective action. Its onboard memory stores water quality history for review and compliance documentation. These comprehensive monitoring capabilities help laboratories maintain consistent water quality and comply with stringent regulatory standards. Additionally, visual indicators and audible alarms enhance operational safety and user awareness.

4. Can the Ultrapure Water System integrate with external lab systems or data management platforms?

Yes, the Ultrapure Water System is designed to support modern lab workflows by offering data export via or optional RS232/RS485 communication ports. This allows water quality data to be integrated with Laboratory Information Management Systems () or electronic lab notebooks (ELNs). Automatic logging of resistivity, levels, and system alerts improves traceability and simplifies audits. Some models offer optional Ethernet or Wi-Fi connectivity for real-time remote monitoring and diagnostics. Data can be exported in standard formats for easy sharing or reporting. These features make it easier for lab managers and QA personnel to monitor and document system performance. Integration capabilities ensure that the water system supports digital and regulatory needs efficiently.

5. How does the Ultrapure Water System support sustainability and cost-efficiency?

The Ultrapure Water System , incorporates energy-saving components that reduce power consumption during standby and low-demand periods. Its auto-flush feature prevents membrane fouling, prolonging the life of filters and reducing replacement frequency. High-performance purification modules offer extended operational life, lowering consumable usage and overall maintenance costs. The system's low water wastage ratio supports sustainable water use, making it environmentally responsible. Smart alerts and diagnostics help avoid downtime, reducing the need for emergency repairs and interruptions. Additionally, its long-term reliability and reduced running costs make it an economical choice for labs. This focus on efficiency ensures excellent return on investment over time.