Ultrapure Water System LUWS-T2010

Introduction

Ultrapure Water System models feature compact dimensions of 314 × 525 × 570 mm (W×L×H), making them ideal for laboratory spaces. It features advanced technology for consistent purity. The system includes -code protected settings for secure operation. A quick-connect cartridge replacement system allows easy and efficient maintenance. Our Ultrapure Water System is widely used in mammalian and bacterial cell culture, as well as plant tissue culture applications.

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 suited for advanced laboratory applications including molecular biology, electrochemistry, electrophoresis, and ultra-trace analysis, delivering consistently high-purity water for accurate and contamination-free results.

Specifications

Source	Tap water
Conductivity	< 2000 us/cm
Hardness	< 450 ppm as CaCO3
Water Temperature	5 ℃ to 40 ℃
Water Pressure	0.05 to 0.5 MPa
Class I Resistivity (25 ºC)	18.2 MΩ.cm
Class I Water Conductivity (25 ºC)	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	100-25000 ml
Electrical Voltage	110 V/220 V±10%
Electrical Frequency	50 HZ/60 HZ
External Dimension (Main Units)	315 × 520 × 560 mm
External Dimension (Water Tank)	380 × 380 × 595 mm
Net Weight (Main Units)	26 Kg
Net Weight (Water Tank)	7 Kg

Features

Flexible Water Dispensing

Adjustable height and direction

Removable dispensing pistol

Lower energy consumption

Reduced maintenance costs

FAQs

1. What types of water sources are compatible with the Ultrapure Water System ?

The Ultrapure Water System is designed to operate with pretreated feed water, typically purified by reverse osmosis or deionized systems. The system accepts feed water with specific conductivity and hardness levels that fall within recommended operating ranges to maintain the longevity of its components. It is not intended for direct tap water use unless a suitable pretreatment system is installed. Inlet water specifications typically include parameters such as pH range, temperature, and microbial content, which must be controlled for optimal system performance. Proper pre-filtration and pretreatment ensure that the internal filters and UV units’ function effectively. Users should refer to the system manual for exact feed water quality requirements.

2. Is the Ultrapure Water System suitable for use in pharmaceutical and clinical laboratories?

Yes, the Ultrapure Water System is highly suitable for pharmaceutical, clinical, and biomedical laboratories that require ultrapure water for critical tasks. It delivers water free from organic and inorganic contaminants, ensuring accurate results in clinical diagnostics and pharmaceutical formulations. The system supports applications such as reagent preparation, cell culture, endotoxin testing, and cleaning of labware used in regulated environments. It complies with standards for water purity and is often used in facilities that follow or guidelines. Its automated operation, purity monitoring, and data logging features help maintain compliance and traceability. This makes it a reliable choice for laboratories that demand both purity and documentation.

3. What are the key benefits of using UV technology in the Ultrapure Water System ?

The Ultrapure Water System incorporates dual-wavelength UV lamps (typically 185/254 nm) for oxidation and sterilization. UV at 254 nm inactivates microorganisms such as bacteria, viruses, and fungi, ensuring biological safety. Meanwhile, 185 nm UV oxidizes trace organic compounds, reducing levels and improving overall purity. This dual action is crucial for applications involving nucleic acids, enzymes, and protein work where contamination must be strictly controlled. UV lamps operate continuously and require minimal maintenance. Their effectiveness is monitored by the system, which alerts users when replacement is needed.

4. Can the Ultrapure Water System be connected to laboratory instruments such as or analyzers?

Yes, the Ultrapure Water System is well-suited for direct connection to sensitive laboratory instruments such as systems, analysers, and clinical chemistry equipment. It delivers ultrapure water with low and high resistivity, ensuring the absence of contaminants that may interfere with detection or analysis. The stable water quality helps minimize background noise and extend the life of instrument components. The system may include dedicated output ports or optional connection kits for instrument feed lines. Flow control mechanisms ensure steady water delivery without pressure fluctuations. This integration enhances convenience and reduces the need for manual water handling in analytical workflows.

5. How does the Ultrapure Water System ensure consistent water quality for critical experiments?

The Ultrapure Water System is engineered to deliver ultrapure water with resistivity up to 18.2 M?·cm and levels ?5 ppb, meeting Type I standards. It utilizes advanced purification technologies like reverse osmosis, UV oxidation, and electrodeionization to remove organic, inorganic, and microbial impurities. A 0.22 ?m final filter at the point of use ensures particle and bacterial retention before dispensing. Real-time monitoring of conductivity/resistivity and levels ensures constant quality control. The intelligent microprocessor alerts users immediately if water purity deviates from set parameters. This consistency is essential for reproducible results in high-sensitivity techniques such as , qPCR, and mass spectrometry.