Type I II III Ultrapure Water Purification System For Laboratory Use

The industry's most complete water purification solution for highly regulated applications.
When your application requires the ultimate in water purity, this product provides the perfect solution. Consistently delivering water purity of 18.2MΩ.cm and underpinned by the advanced technologies, this model enables you to focus on attaining accurate results while ensuring an uninterrupted work flow.

1. Our system is engineered for economic efficiency, minimizing the total cost of ownership without compromising quality.
2. The durable Pretreatment Cartridge with its leak-resistant design prevents costly water damage and component loss.
3. Integrated active carbon and PP cotton protect expensive downstream modules, extending their service life.
4. The Reverse Osmosis Module’s low-restriction design reduces pump energy consumption and wear.
5. Automated membrane rinsing maximizes RO membrane lifespan, delaying major replacement costs.
6. The intelligent UV lamp operates only during water production, conserving energy and lamp life.
7. The revolutionary dual-column Purification Cartridge design dramatically increases ion exchange capacity.
8. This high-capacity design directly minimizes consumable change frequency, reducing long-term running costs.
9. By combining multiple purification stages into efficient cartridges, replacement labor and downtime are minimized.
10. The active carbon supplement within the cartridge controls organics, protecting the resin and optimizing its use.
11. The easy-switch capability of the Ultra-Filtration Filter allows selection of the most cost-effective filter for the task.
12. Proactive system monitoring via the self-diagnostic function prevents small issues from becoming costly failures.
13. PIN-code access prevents unauthorized use or setting changes that could waste water, energy, or consumables.
14. Comprehensive Sanitization is automated, ensuring efficiency and repeatability while saving manual labor time.
15. The quick-connect, Module-designed Cartridges make replacement a swift, tool-free task, saving technician time.
16. High-precision resistivity monitoring ensures water is only used when it meets specification, preventing waste.
17. Consumable life reminders on the LCD enable planned, bulk purchases and avoid emergency replacement premiums.
18. The contamination-free PE tanks are durable and resistant to degradation, avoiding premature tank replacement.
19. Overflow protection and level sensors prevent water loss and potential lab damage.
20. The optional strengthened pretreatment module protects the entire system in harsh conditions, avoiding premature failure.
21. The reliable, robust construction of all components minimizes unexpected breakdowns and service calls.
22. Network compatibility allows for centralized monitoring of multiple systems, optimizing service schedules.
23. The intuitive touch screen interface reduces training costs and operator errors that lead to waste.
24. Optional online TOC monitoring can precisely predict resin exhaustion, allowing optimal change-out timing.
25. The system's high recovery rate (inherent in the RO design) means less feed water is wasted as drain.
26. Designed for easy maintenance, service tasks require minimal specialized tools or training.
27. The overall system reliability translates to consistent water supply, preventing costly experimental delays.
28. Investing in this system is an investment in predictable budgeting and reduced operational overhead for years to come.

The selection of water grade is application-driven. Type III/RO water is adequate for water baths, humidifiers, and preliminary rinsing. Type II water is the standard for clinical analyzers, microbiological media preparation, and general chemistry. Type I ultrapure water is non-negotiable for trace element analysis (AAS, ICP-MS), ion chromatography, and all molecular biology work involving DNA, RNA, or proteins. Matching the water to the task ensures accuracy without incurring unnecessary cost or accelerating the depletion of high-purity components like DI resins.