Ultrapure Water System LUWS-T310

Introduction

Ultrapure Water System delivers Class pure water with a conductivity range of 1 to 20 µS/cm. It produces Type I, II, and ultrapure water, offering versatile performance for a wide range of laboratory applications. The system ensures consistent water purity through real-time feedwater monitoring and instant alerts. Its cost-effective design supports both routine and advanced purification needs. Our Ultrapure Water System is ideal for molecular biology, life sciences, genetic research, cell culture, and amino acid analysis.

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 supports molecular biology, life sciences, genetic research, cell culture, and amino acid analysis, ensuring consistently high-water purity, reliable results, contamination-free conditions for critical laboratory applications.

Specifications

Source	Tap Water
Conductivity	< 2000 µs/cm
Hardness	< 450 ppm as CaCO3
Water Temperature	5 °C to 40 °C
Water Pressure	0.05 to 0.5 MPa
Class Ionic Rejection Rate	> 95%
Class Bacterial Rejection Rate	> 99%
Class Productivity Rate	15 L/h
Class II Resistivity (25°C)	10 MΩ·cm
Class II Water Total Organic Carbon Level	< 30 ppb
Class II Dissolved Organic Matter	< 0.1 ppm
Class I Resistivity (25°C)	16 to 17 MΩ·cm
Class I Flow Rate	1 to 1.5 L/min
Class I Water Total Organic Carbon Level	< 30 ppb
Class I Particulate Matter	< 1 pc/ml
Electrical Voltage	110 V/220 V ± 10%
Electrical Frequency	50 Hz/60 Hz
Dimension	390 × 530 × 500 mm
Net Weight (Main Unit)	38 Kg

Features

Three Water Quality Grades

Bacterial & Particulate Control

Integrated Storage Tank Option

Visual & Audio Alerts

Wide Temperature Tolerance

FAQs

1. How does the Ultrapure Water System help minimize operational errors or downtime?

The Ultrapure Water System is engineered with user-friendly design and intelligent monitoring to help reduce human error and system downtime. It includes real-time monitoring features that display key water quality parameters like conductivity and resistivity, allowing users to act quickly if values drift from setpoints. The system also issues automatic alerts for maintenance requirements such as filter replacement or water quality degradation. These alerts are visual and audible, helping technicians respond promptly and maintain system performance. Its quick-change cartridge design further ensures that maintenance is straightforward and efficient. Overall, this intelligent functionality reduces manual oversight and keeps the system operating smoothly for extended periods.

2. Is the Ultrapure Water System energy-efficient and environmentally friendly?

Yes, the Ultrapure Water System is designed to be both energy-efficient and environmentally conscious. It utilizes a low-energy reverse osmosis membrane and efficient electronic components that reduce power consumption during operation. The system is also designed to minimize water waste by incorporating auto-flushing and recovery functions that optimize the filtration process. Additionally, its components are made from recyclable materials, and its compact footprint reduces space and resource usage in the lab. By using replaceable cartridges rather than bulk chemical regeneration, it also reduces environmental impact and hazardous waste production. This makes it a responsible choice for labs prioritizing sustainable practices.

3. Can the Ultrapure Water System be upgraded or customized based on changing laboratory needs?

The Ultrapure Water System is built with a modular architecture that allows for upgrades and customization. Users can add pretreatment modules, UV sterilizers, or additional filters depending on their local water quality or application-specific demands. For laboratories with increasing water consumption, the system supports integration with external storage tanks and distribution accessories. Advanced options like remote dispensers or foot pedal operation can also be incorporated for enhanced usability. Its adaptable design ensures that labs can continue using the system even if their operational scale or purity requirements evolve. This flexibility makes it a future-proof investment for growing or dynamic research facilities.

4. How does the Ultrapure Water System ensure microbiological purity in ultrapure water?

To maintain microbiological purity, the Ultrapure Water System includes a final-stage ultrafiltration that effectively removes bacteria and particulates. Additionally, the system can be configured with a dual-wavelength UV lamp that targets both organic carbon and microbial contamination. The water pathway is constructed from inert, non-leaching materials that prevent microbial growth inside the system. The system's design minimizes stagnation, which is a common cause of microbial buildup, by ensuring continuous circulation or timely flushing. These combined measures ensure the final water output is consistently sterile and safe for sensitive applications like cell culture and molecular diagnostics. Regular system alerts also help ensure timely maintenance to sustain microbial purity.

5. What makes the Ultrapure Water System suitable for facilities with limited lab space?

The Ultrapure Water System is designed with a compact footprint, making it an ideal choice for laboratories with restricted bench or floor space. Its dimensions are optimized to house all purification stages including reverse osmosis, deionization, UV treatment, and ultrafiltration within a single, self-contained unit. The system can be placed on a bench, under a counter, or mounted to save space. Despite its small size, it delivers high-performance water purification suitable for both general and critical lab applications. It also features a clean and ergonomic layout that simplifies access for maintenance without requiring disassembly or relocation. This space-efficient design allows labs to integrate high-purity water capabilities without compromising workspace organization.