A lab water system (or laboratory water purification system) provides a consistent, pure, and adjustable source of water essential for many laboratory experiments. There are a variety of laboratory water systems, including deionized water systems, high flow lab water systems, reagent grade water systems, reverse osmosis water purification systems, and ultrapure water systems. A high and low flow (and ultra-pure) water system regulates a continuous water flow of up to 12L/minute, purifying the water with ion exchange systems and reverse osmosis to achieve up to 18.2 megOhms of resistance; equipped with 0.22-0.2 micron ultra filters to remove pyrogen, endotoxin, RNase and DNase. Laboratory water purification systems can also employ UV radiation to eliminate microorganisms. A laboratory water system can either draw water directly from the tap or from an accompanying reservoir. Lab water systems can be customizable, and meet NCCLS, ASTM, and cap specifications for Type 1 water.
Find, compare, and request a quote for lab water systems across leading suppliers at Labcompare; including access to product citations, related published figures, and first-hand reviews from our scientific community.
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| Company | ELGA LabWater | ELGA LabWater | ELGA LabWater |
| Item | PURELAB® Flex 3 Water Purification System | PURELAB® Chorus 2+ Type II+ Water System | PURELAB® Chorus 3 Type III Water System |
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| Catalog Number | PF3-M3 | PC210EUBPM1 / PC210DUBPM1 / PC210DUXXM1 / PC210EUXXM1 / PC220DUBPM1 / PC220EUBPM1 | RO310XXM3 / RO310BPM3 / RO320BPM3 / RO330BPM3 |
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| Description | Small but with big and powerful capabilities, the PURELAB® Flex 3 is the ultimate system, providing tap to ultrapure water in one single unit, combining ease of use and accurate delivery of pure water. The flexible systems can be configured to deliver the proper quality of water from general lab Small but with big and powerful capabilities, the PURELAB® Flex 3 is the ultimate system, providing tap to ultrapure water in one single unit, combining ease of use and accurate delivery of pure water. The flexible systems can be configured to deliver the proper quality of water from general lab requirements to high purity applications, such as HPLC.
Features:
- Space-Saving Design: can be placed on the bench or can be wall-mounted. Has an integrated 7-liter reservoir filled by a 20 l/hr RO membrane
- Fully Recirculating: ensures the highest microbial purity and guarantees pure water as water recirculates from the reservoir right to the point of use
- Real-Time TOC Monitoring: provides complete confidence in organic purity and a clear display at all times. The final quality sensor is placed at the entry of the flexible dispenser, giving you peace of mind
- Flexible Dispenser: the intuitive dispenser offers a clear display of the water purity for absolute confidence as you dispense
- Easy to Maintain: the front doors ensure easy access to the consumables, making them quick and simple to replace
- Data Capture: data capture via USB for system performance validation and software updates
- New ‘eco-mode’ and RO module reduces energy consumption by up to 55%, Manufactured from up to 55% reclaimed materials, Innovative protein based RO reduces water to drain by 20%
... Read More | When laboratory applications require higher than Type II purified water, PURELAB® Chorus 2+ (RO/DI/UV) and (RO/EDI/UV) water purification systems provide additional bacteria and inorganic removal. Applications include electrochemistry, cell culture, spectrophotometry and the provision of purified When laboratory applications require higher than Type II purified water, PURELAB® Chorus 2+ (RO/DI/UV) and (RO/EDI/UV) water purification systems provide additional bacteria and inorganic removal. Applications include electrochemistry, cell culture, spectrophotometry and the provision of purified water to further ultrapure water systems. With its simple design and ease of use, water can be dispensed from the integrated tap or from a choice of additional dispensers.
Features:
- Tap to Type 2: Purifies from tap to 15 MO.cm for laboratories requiring up to 100 L/day.
- Fully Recirculating:Consistent peak water purity is maintained at >15 MO.cm through full automatic recirculation and composite vent filtration on the associated reservoir.
- Ideal for high volume labs: Patented recirculating EDI technology maintains cost-effectiveness for laboratories with higher output volume requirements.
- Space Saving Design: Modular and configurable design to save space, whether wall-mounted, on or under the bench.
- Data capture: data capture via USB for system performance validation and software updates.
... Read More | When general laboratory-grade water is needed, PURELAB®Chorus 3 (RO) provides reliable solutions with flexibility to suit your requirements. A range of storage options maintain optimum water purity in a choice of 15, 30, 60 & 100 Liter capcity
PURELAB® Chorus 3 provides Type III (primary RO grade) When general laboratory-grade water is needed, PURELAB®Chorus 3 (RO) provides reliable solutions with flexibility to suit your requirements. A range of storage options maintain optimum water purity in a choice of 15, 30, 60 & 100 Liter capcity
PURELAB® Chorus 3 provides Type III (primary RO grade) water on demand with a wide range of flow rates up to 120 l/hr.
Features: - Simplicity: Simple to install, operate and mantain with a clear indication of water purity
- Economical: Optional CO2 removal from the purified water (post RO) increasing the life of downstream consumables Option to reduce water consumption for low hardness feed waters
- Configuration: Ability to configure multiple systems to increase flow rate
- Deionization: Reverse Osmosis feed optimized' resin mixes to maximize consumables capacity
- Auto Rinse: Maintains purity of water during periods of low use
... Read More |
| Method | Advanced Deionization, Real-time TOC Monitoring, UV lamp | Reverse Osmosis, Deionization, Electrodeionization | Reverse Osmosis |
| Output | Up to 2 L/min | 10 L/hour or 20 L/hour | upto 120 L/hr (depending on the type) |
| Resistivity | 18.2 MΩcm at 25 °C | 1 to >15 MΩ-cm | Inquire |
| Dimensions | (WxDxH) 236 x 470 x 900-1020 mm | (WxDxH) 376 x 353 x 679 mm | (WxDxH) 375 x 340 x 435 mm |
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