Typical scientific applications:

• ICP-MS(Inductively Coupled Plasma Mass Spectrometry)
• Molecular biology techniques
• Ultra trace analysis
• Electrochemistry
• Electrophoresis
• GFAAS(Graphite Furnace Atomic Absorption Spectrophotometry)
• HPLC
• IC(Ion Chromatography)
• ICP-AES(Inductively Coupled Plasma Atomic
• Emission Spectrometry)
• Mammalian and bacterial cell culture
• Molecular biology
• Plant tissue culture
• Qualitative analysis

Not just a bigger display. A better display

• It’s one thing to make a bigger display. It’s something else entirely to make a bigger Touch display with brilliant colors and higher contrast at even wider viewing angles.

Online TOC for prevention of organic breakthrough

• Constant real-time Total Organic Carbon(TOC) monitoring* allows you to verify that the system’s organic contaminants removal process is operating within specifications

Several benefits:

• Oxidation and conductivity measurements occur in the same cell. As a result, the monitor checks that all organics have been oxidized in order to deliver an accurate and reproducible TOC value
• An accurate measurement of TOC between 1 and 300 ppb is provided, based on extended calibration
• The design allows performance of the TOC suitability test as required by USP 643 and EP (European Pharmacopoeia)

Premium water delivery

• Each remote water dispenser has a backlit screen enabling the user to check system operation and water quality at a glance.
• Dispenser units are placed on a recirculation loop, and can be located up to 3 meters from the main unit or from the previous dispenser on the loop.
• Easy operation that allows users to select either manual or automatic delivery to save valuable time.
• Dispensers are designed to accommodate all commonly used glassware.
• For hands-free water delivery, an optional footswitch can be connected to the system. Press once to start and once to stop.

EDI know-how

• Adoption of Electrodeionization (EDI) module brings benefits including lower energy consumption; lower maintenance cost; better ion exchange and no particulates or organic contamination
• The Pureflux NE/Pureflux-E models incorporates state-of-the-art Electrodeionization (EDI) technology to purify the water instead of only using conventional ion exchange.
• EDI is an electrically-driven water purification process which involves the use of Ion Exchange Resins and Ion Permeable Membranes. Resins are continuously regenerated by the electrical current and are never exhausted.

What benefits you can get

• Constant high efficient removal of ions and small MW charged organic (Resistivity > 10 MΩ‐cm)
• No exchange of spent resins
• No regeneration chemicals
• Low energy consumption
• Typical <10 watt light bulb
• Low operating cost and low maintenance

Full Spectrum UV treatment

• Low microbial and organic specification
• High transmittance synthetic quartz sleeve for higher efficiency
• Patented lamp life indicator is designed to predict lifespan according to actual conditions