Ultrapure Water System LUWS-T2011

Introduction

Ultrapure Water System operates effectively at ambient temperatures from 5°C to 40°C. It features a streamlined design with water-electricity separation for enhanced safety. -enabled consumables management ensures easy monitoring and timely replacement. The system uses a high-performance RO membrane with an auto-flush function to maintain water purity. Our Ultrapure Water System is ideal for cell cultures, electrochemistry, and qualitative analysis, delivering accurate and contamination-free results.

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  provides nuclease-free water essential for molecular biology applications including , sequencing, and electrophoresis, preventing sample degradation while ensuring precise, reliable results.

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)	34 Kg
Net Weight (Water Tank)	7 Kg

Features

Tap Water Feed

Smart Dispensing Handle

Advanced Design & Construction

Innovative Storage Solution

Water Quality Assurance

FAQs

1. What is the typical lifespan of an Ultrapure Water System and how can it be maximized?

The lifespan of an Ultrapure Water System typically ranges from 5 to 10 years depending on usage, maintenance, and water quality. Regular filter and membrane replacements such as RO membranes every 1-2 years are crucial to prevent clogging and maintain efficiency. Conducting routine sanitization cycles helps minimize bacterial growth while monitoring resistivity and levels ensures consistent purity. Avoiding feed water with high particulate or organic loads reduces wear on components. Proper storage of purified water using UV-sterilized tanks prevents recontamination.

2. Can Ultrapure Water System be customized for specific laboratory needs?

Yes, Ultrapure Water System offer modular customization to match lab requirements such as adding extra purification stages like dual RO or additional UV oxidation for stricter control. Some systems allow adjustable flow rates from 1 to 2 L/min for high-demand applications like . Integration with lab networks via Ethernet or Wi-Fi enables remote monitoring and data logging. For specialized needs such as endotoxin-free water for cell culture, post-treatment cartridges like ultrafiltration can be added. Manufacturers may also provide industry-specific configurations such as -compliant systems for pharmaceuticals or low-metal systems for trace analysis.

3. How does an Ultrapure Water System handle fluctuations in feed water quality?

Advanced systems use multi-stage pretreatment such as sediment filters and carbon blocks to stabilize feed water before purification. Real-time sensors detect changes in , resistivity, or particle levels triggering automatic adjustments like flushing cycles. For hard water, scale-inhibiting technology prevents mineral buildup in RO membranes. Some models include dual-input options such as tap water plus pre-treated water to bypass poor-quality feed. Alerts and shutdown protocols activate if contaminants exceed thresholds protecting the system. Regular maintenance logs help track feed water trends and pre-empt issues.

4. What safety features are included in modern Ultrapure Water System ?

Modern systems prioritize safety with leak-detection sensors that shut off water flow during breaches. Water-electricity separation prevents short circuits while UV sterilization eliminates microbial risks in stored water. Touchscreen interfaces with password protection restrict unauthorized access to settings. Auto-shutoff valves activate during maintenance or power failures. For labs handling hazardous materials, chemical-resistant materials like tubing prevent corrosion. Some systems are CE/UL-certified for electrical safety and 13485-compliant for medical applications.

5. How does ultrapure water compare to distilled or deionized water?

Ultrapure water exceeds distilled or DI water in purity with resistivity of at least 18.2 M?·cm compared to DI’s 1 M?·cm and below 5 ppb versus distilled’s 500 ppb. Distillation removes ions but not volatile organics while DI lacks bacteria and endotoxin removal. Ultrapure systems combine RO, , UV, and ultrafiltration to eliminate all contaminants including nanoparticles and nucleases. Distilled water is sufficient for rinsing glassware but ultrapure is mandatory for sensitive assays like mass spectrometry. Storage is also critical as distilled water degrades quickly whereas ultrapure systems often include recirculation loops to preserve quality.