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. This system integrates multiple advanced technologies to achieve a new benchmark in laboratory water purity.
2. Advanced material science is evident in the compression-molded, leak-proof Pretreatment Cartridge housing.
3. The Reverse Osmosis Module incorporates a low-restriction, high-efficiency membrane element for optimal performance.
4. Its automated forward/backward rinse technology is an advanced proactive cleaning method for membrane care.
5. Full Spectrum UV treatment is delivered via a dual-wavelength lamp and high-transmittance synthetic quartz sleeve.
6. This advanced UV technology targets a broader range of microorganisms and organic compounds for destruction.
7. The Purification Cartridge represents advanced chemical purification, layering ion exchange and carbon adsorption.
8. Its dual-column design is an advanced engineering approach to mass transfer, maximizing resin contact and efficiency.
9. The inclusion of an ultra-purification cartridge and nuclear-grade resin tackles contaminants at trace/ppt levels.
10. Advanced filtration is provided by the Ultra-Filtration Filter, employing hollow fiber or membrane technology for biomolecule removal.
11. Point-Of-Use filtration with a 0.22μm membrane is the standard advanced barrier for sterile filtration.
12. At the core is an advanced Microprocessor Control system with a sophisticated self-diagnostic algorithm.
13. PIN-coded access represents advanced user management and data integrity protection.
14. Comprehensive Sanitization uses advanced cycling of sanitant through the entire pathway for complete bio-decontamination.
15. The Module-designed Cartridge connection system employs advanced, reliable quick-connect fittings.
16. Sensor technology peaks with the advanced High-Precision Resistivity Meter using a flow-through, low cell constant design.
17. Its Automatic Temperature Compensation with 0.1°C resolution employs advanced algorithms for accurate reporting.
18. The system offers advanced organic monitoring through optional, integrated Online TOC analysis.
19. For the highest purity level, an advanced EDI (Electrodeionization) module is incorporated in select models (TopPure15B-E1).
20. Advanced communication technology is built-in via the RS232 port for network integration.
21. The Premium Touch Screen interface represents advanced human-machine interaction for complex systems.
22. Remote water dispenser technology allows advanced system control and monitoring from a secondary location.
23. The optional strengthened pretreatment with a 20" cartridge uses advanced filtration media for challenging influent.
24. Advanced materials are used throughout, like corrosion-resistant stainless steel and low-extractable polymers.
25. The system integrates these technologies seamlessly, managed by one unified control intelligence.
26. Advanced diagnostics provide not just error codes, but predictive alerts for consumable life and system health.
27. This integration ensures that the final product water benefits from the synergistic effect of multiple advanced purification stages.

It is more than a purifier. It is a fully integrated water purification technology platform for the advanced.

The appropriate water grade must be chosen based on its intended use. For applications such as water baths, humidification, and initial rinse steps, Type III/RO water is sufficient. Clinical analyzer operations, preparation of microbiological culture media, and routine chemistry procedures typically require Type II water as the benchmark. In contrast, Type I ultrapure water is essential for highly sensitive techniques including trace element analysis (AAS, ICP-MS), ion chromatography, and any molecular biology applications involving DNA, RNA, or proteins. Using the correct water grade for each specific task guarantees reliable results, avoids extra expenses, and reduces wear on high-purity system components such as deionization resins.