Purified water is one of the most important resources you’ll find in the lab. Reagent grade water systems allow labs to take tap water, or in some cases pretreated water, and convert it into a purified form, suitable for making reagents. Purified water is classified by its resistivity, conductivity, and total organic content, breaking it down into type I, II, and III water systems. Type II water is suitable for use in most reagents. Some factors to consider in purchasing a reagent grade water system include the instrument’s footprint, its monitoring capabilities, maximum output, and feed source.
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| Company | MilliporeSigma | MilliporeSigma | MilliporeSigma | MilliporeSigma | MilliporeSigma |
| Item | Synergy® Water Purification Systems | Milli-DI® Water Purification System | Milli-Q® HR 7000 Series Water Purification Systems | Milli-Q® HX 7000 series Water Purification Systems | Super-Q® Plus Water Purification Systems |
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| Catalog Number | SYNS0HFWW / SYNS0R0WW / SYNSVHFWW / SYNSVR0WW | ZFDI00001 | Milli-Q® HR 7000 Series | Milli-Q® HX 7000 | ZFSQ115P4 / ZFSQ240P4 |
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| Description | Synergy® systems are designed for laboratories that already have access to purified water and need a point-of-use system to supply ultrapure water. With the Synergy® range of water purification systems, you benefit from a choice of ultrapure water configurations. All systems produce Type 1 water (18. Synergy® systems are designed for laboratories that already have access to purified water and need a point-of-use system to supply ultrapure water. With the Synergy® range of water purification systems, you benefit from a choice of ultrapure water configurations. All systems produce Type 1 water (18.2 MO•cm at 25 °C ultrapure water) on demand from pretreated water. For applications sensitive to organic contaminants, a UV version of the Synergy® system is also available. It incorporates a dual wavelength UV lamp for photooxidation of organic compounds. A final purification step at the point-of-dispense removes specific contaminants critical for your experiments. A range of purification cartridges and Application-Paks is available for you to select according to your requirements. ... Read More | Milli-DI® systems are designed to supply laboratories with a few liters of deionized water per day directly from potable water. Operation and maintenance of the Milli-DI® system is simple; a green LED light indicates good water quality, and a red LED light indicates that the DI-PAK® purification pack Milli-DI® systems are designed to supply laboratories with a few liters of deionized water per day directly from potable water. Operation and maintenance of the Milli-DI® system is simple; a green LED light indicates good water quality, and a red LED light indicates that the DI-PAK® purification pack needs to be replaced. Designed for quick exchange, the DI-PAK purification pack can be easily snapped in and out in seconds without risk of leakage. ... Read More | The new Milli-Q® HR 7000 series of high-throughput systems are designed to deliver a powerful, versatile and modern central pure water solution. From a single laboratory to an entire research facility, the Milli-Q® HR 7000 range has the capacity to purify up to 13,000 L/day from tap water, reliably The new Milli-Q® HR 7000 series of high-throughput systems are designed to deliver a powerful, versatile and modern central pure water solution. From a single laboratory to an entire research facility, the Milli-Q® HR 7000 range has the capacity to purify up to 13,000 L/day from tap water, reliably feeding all your type 3 water needs. This includes taps on benches, instruments, point-of-use polishers, and ultrapure water purification systems.
Features of the Milli-Q® HR 7060 / 7120 / 7170 / 7220 systems include:
- Advanced purification technologies for constant flow rate and reduced water consumption
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Superior ergonomic design for quick and easy maintenance
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An interactive touchscreen with helpful wizards for ease of operation and maintenance
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Modern data management capabilities for greater accessibility and data traceability
... Read More | Milli-Q® HX 7000 series of high-throughput systems have been designed to deliver the highest pure water quality for your regular laboratory applications and instrument feed. Milli-Q® HX 7000 systems offer connected, sustainable central pure water solutions for volume needs up to 9000 L daily, makingMilli-Q® HX 7000 series of high-throughput systems have been designed to deliver the highest pure water quality for your regular laboratory applications and instrument feed. Milli-Q® HX 7000 systems offer connected, sustainable central pure water solutions for volume needs up to 9000 L daily, making them the perfect choice for large laboratories or lab buildings. Milli-Q® HX 7000 water quality is ideal for the preparation of reagents and buffers, for microbiology media, hydroponics or histology. It is also the best feed for all Milli-Q® and high-throughput Super-Q® ultrapure water systems, as well as equipment such as glassware washers, clinical analyzers, stability chambers, humidifiers, weathering test equipment, autoclaves and hydrogen generators.... Read More | Super-Q® Plus System is a high-flow water system designed to provide the "final polish" to water which has been pretreated by reverse osmosis, distillation or deionization. Super-Q® Plus systems consistently produce ultrapure water quality which exceeds Type 1 ASTM/CAP/CLSI specifications. The Super- Super-Q® Plus System is a high-flow water system designed to provide the "final polish" to water which has been pretreated by reverse osmosis, distillation or deionization. Super-Q® Plus systems consistently produce ultrapure water quality which exceeds Type 1 ASTM/CAP/CLSI specifications. The Super-Q® Plus water system features a modular design for the production of ultrapure water. It has an hourly automatic recirculation of water to maintain water quality between uses. Because Super-Q® water is produced "on demand", there is no need to store water and risk degrading its quality over time. ... Read More |
| Method | Ion-exchange and optional UV treatment | Inquire | Inquire | Inquire | Inquire |
| Output | > 1.5 L/min | 0.5 - 0.7 L/min | 30 L/h, 50 L/h, 100 L/h, 150 L/h, 200 L/h depending on model | 20 L/h, 35 L/h, 70 L/h, 100 L/h depending on model | 10 - 12 L/min |
| Resistivity | 18.2 MΩcm at 25 °C | > 1 MΩcm at 25 °C | Inquire | > 5 MOcm at 25 °C | 18.2 MΩcm at 25 °C |
| Dimensions | (WxDxH) 290 x 380 x 540 mm | (WxDxH) 270 x 170 x 429 mm | (WxDxH) 662 x 441 x 734 mm | (WxDxH) 662 x 441 x 734 mm | (WxDxH) 1150 x 220 x 800 mm |
| Feed Source | Elix®, RiOs™, distilled or DI water with conductivity < 100 µS/cm and TOC < 50 ppb | Potable tap water | Potable tap water | Potable tap water | Inquire |
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