Ultrapure Water System LUWS-T2010

Introduction

Ultrapure Water System delivers 250 alerts for any deviations. Includes pure and ultrapure water tanks with delivery pumps for a steady, continuous supply. Our Ultrapure Water System purifies raw water using RO and to produce high-purity, low-conductivity ultrapure water for lab 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

Ultrapure Water System is crafted to produce high-purity water for critical applications. It is widely used in hospital labs, biochemistry rooms, research facilities, and diagnostic centers.

Specifications

Capacity	250 L/H
Environment Temperature	5 to 45℃
Raw Water Pressure	0.2 to 0.4 Mpa
Total Dissolved Solids	Less than 300ppm
Water Conductivity Value	0.055 to 0.15μs/cm at 25°C
RO Pure Water Conductivity	Less than 15μs/cm
Bacterial Removal Rate	Greater than 99.6%
Ion Retention Rate	97% to 99%
Organic Retention Rate	Greater than 99%,
Floor Space	10 to 12 m2
Power Consumption	3500 W
Power Supply	AC220V/50Hz

Features

Flexible dual operation

Space-saving system layout

Automatic flushing function

Stable multi-point supply

Consistent flow regulation

FAQs

1. How does the Ultrapure Water System ensure water purity for sensitive applications?

Ultrapure Water System utilizes advanced purification technologies, including reverse osmosis (RO) and electrodeionization (), to effectively remove a wide range of contaminants, such as ions, organic compounds, particulates, and microorganisms. This multi-stage process ensures the consistent production of ultrapure water with ultra-low conductivity and high resistivity, delivering water quality that meets or exceeds international standards. It is ideally suited for high-precision applications such as spectroscopy, molecular biology, , cell culture, and other critical laboratory and analytical procedures where water purity directly impacts experimental accuracy and reliability.

2. Can the Ultrapure Water System support multiple laboratory instruments simultaneously?

Yes, our Ultrapure Water System is engineered to deliver a consistent flow rate of 250 liters per hour, making it suitable for supplying high-purity water to multiple instruments and workstations concurrently without compromising quality, pressure, or operational efficiency. Its stable output ensures continuous availability of ultrapure water during peak laboratory operations, supporting seamless workflows in demanding research, clinical, and analytical environments.

3. What measures does the Ultrapure Water System take to prevent contamination during storage?

Ultrapure Water System features a recirculating storage system that continuously circulates water to prevent biofilm formation, bacterial growth, and stagnation, thereby maintaining long-term purity. This intelligent design minimizes the risk of secondary contamination and ensures that ultrapure water remains stable, fresh, and consistently within quality standards—making it highly reliable for critical applications such as molecular diagnostics, cell culture, and high-precision analytical procedures.

4. What are the installation requirements for the Ultrapure Water System?

Occupying a floor space of 10 to 12 square meters, our Ultrapure Water System operates efficiently within an ambient temperature range of 5 to 45°C. Designed with compactness and flexibility in mind, it adapts seamlessly to various laboratory layouts and supports integration into existing water supply frameworks. Ensuring minimal disruption to workspace flow, the system caters to both new installations and lab upgrades, making it an ideal solution for space-conscious environments requiring consistent ultrapure water delivery.

5. What are the maintenance requirements for the Ultrapure Water System?

The Ultrapure Water System is designed for low maintenance, featuring modular, user-friendly components that are easily accessible for routine inspection, servicing, and replacement. The system’s intelligent automation, including timed flushing and regeneration cycles, helps maintain optimal performance and prolongs the life of internal parts. These automated functions significantly reduce the need for manual intervention, minimizing downtime and labour costs. Additionally, real-time monitoring alerts users to any performance deviations, ensuring proactive maintenance and consistent water quality across extended operational periods.

6. Can the Ultrapure Water System be customized to specific laboratory needs?

Yes, it offers customizable options to meet a wide range of laboratory requirements across various scientific and clinical disciplines. Features such as adjustable flow rates, modular filtration stages, user-defined control settings, and seamless integration with existing laboratory infrastructure can be tailored to suit specific applications, workflows, and compliance standards. Whether it's a compact setup for a single lab or a centralized system serving multiple departments, the Ultrapure Water System adapts effortlessly. Its flexible design supports both current operational needs and future scalability, ensuring long-term value and performance reliability.