RephiLe ultrapure water systems produce the highest purity water by removing trace organics, ions, and bacteria for sensitive applications like ICP-MS, HPLC and cell culture. We have also given a Lab Water System Selection Guide, which we hope will help you choose the right water purification system.
Genie Lab Water Systems
Genie benchtop water systems produce ultrapure water for critical applications, flexibly meeting diverse laboratory requirements.
Large Genie High-Output Water Systems
High-output Large Genie water systems produce up to 1,900 L of pure water daily, maximizing your lab space with a small footprint.
NuZar Water Purification Systems
Compact and powerful NuZar water systems optimize your workflow at a competitive running cost.
Super-Genie Water Purification Stations
Centralized Super-Genie water stations deliver massive flow rates of 500-600 L/h to a single lab or multi-floor facility.
Direct Pure Lab Water Systems
Direct Pure water systems are designed for simplicity, supporting your lab with maximum cost efficiency.
PURIST Ultrapure Water Systems
There are also criteria beyond 18.2 Mฮฉโขcm resistivity for ultrapure water. Water purification is a combination of technologies working together to achieve the most suitable water quality for your purpose. For example, cell culture applications have additional requirements on residual enzymes and endotoxin levels in water, microelectronic applications have their own water quality standards beyond ultrapure water quality, while highly sensitive ICP-MS methods would require the lowest levels of ions and TOC to minimize background interference. Contact water system vendor if needed to see if your special requirements in water quality can be met.
- Learn more about the cartridges of ultrapure water systems: Who is the โkey manโ in an ultrapure water purification system?
- Learn more about the water for cell culture: What type of water should be used for cell culture?
- Learn more about the water for HPLC: What type of ultrapure water should I use for HPLC (UHPLC) analysis?