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.
|  |  |
| Company | RephiLe Bioscience Ltd. | RephiLe Bioscience Ltd. |
| Item | G Series Genie Water Systems | E Series Super-Genie Water Systems |
| Catalog Number | RG0G005T0 / RG0G010T0 / RG0G015T0 | RL0E01H00 / RL0E02H00 / RL0E05H00 / RL0E01HT1 / RL0E02HT1 |
| Price | | |
| Description | Genie G Ultrapure & EDI Water System produces ultrapure water (Type I water) and EDI water (Type II water) from tap water directly. This high-end water system integrates IoT technology with advanced water purification techniques. Its optimized flow path design, combined with comprehensive process Genie G Ultrapure & EDI Water System produces ultrapure water (Type I water) and EDI water (Type II water) from tap water directly. This high-end water system integrates IoT technology with advanced water purification techniques. Its optimized flow path design, combined with comprehensive process monitoring, ensures stable and reliable water quality. The fully-integrated system is available in three models, offering EDI product water flow rates of 5, 10, 15 liters per hour.
Design & Functions: - The system can be linked to multiple dispensers via wired or wireless. “1+N” Mode.
- Exceptionally consistent and predictable high purity Type II water from the best in class EDI (electrodeionization) module.
- The main system can be tucked away to save precious bench space since it fits well to be wall-mounted, set on the shelf or under the sink.
- Tank recirculation model guarantees water quality in the tank.
Effective TOC level controlment: - Built-in mercury-free germicidal UVC LED lamp kills bacteria and a 185/254 nm dual wavelength UV lamp reduces TOC level in ultrapure water.
- On-line TOC monitor based on complete oxidation methods.
Easy Operation and Maintenance: - Performance history, alarms and alerts information, maintenance data of consumables as well as key parts are logged and traceable from a simple RFID scan at installation.
- RFID tags ensure perfect placement of consumables and trace their performance.
- Water quality, operation parameters, the status of the system, dispensers, components, and peripheral devices are stored and displayed on the 8" color touch screen monitor.
... Read More | The Super-Genie E water station is specifically designed to produce large volumes of Type II pure water from tap water. With a compact footprint of only 0.5 m² and a low noise level, the Super-Genie can be conveniently placed at benchside to supply an entire laboratory. The EDI water production flowThe Super-Genie E water station is specifically designed to produce large volumes of Type II pure water from tap water. With a compact footprint of only 0.5 m² and a low noise level, the Super-Genie can be conveniently placed at benchside to supply an entire laboratory. The EDI water production flow rates are 125L/hr, 250L/hr, and 500L/hr (the 500L/hr model's voltage is 380V/50Hz). Users can choose to use a built-in 100L water tank or an external large water tank.
Design & Functions: - The system is created to serve as a core workstation generating purified water for a single lab facility or several labs.
- The system provides overall control and monitoring within the whole water purification network. External feed tank, booster pump, prefiltration, distribution pump and leak protector are all controlled by the main system.
- The all-in-one design optimizes the use of lab space and has a high degree of integration.
- Purification packs in fool-proof design with different colored labels ensure error-free and risk-free installation.
Easy Operation and Maintenance: - To make maintenance more convenient, no tools are needed in replacing consumables. All consumables are at the front of the system for easy replacement.
- Auto-alarm and self-diagnosis functions make users identify and solve problems easily.
- Details of daily operation parameters and consumables status are stored and displayed on an 8-inch color touch screen monitor.
- Operation data is stored for up to two years, which meets traceability requirements.
Remote monitoring- RephiLink APP: - Monitor system performance remotely anywhere through a web-based platform, a smartphone, a tablet, or your lap top over the internet
- Enable customers to view system performance and maintenance history anytime at hand.
... Read More |
| Method | RO, EDI module, multiple ultrapure cartridge options for various applications, including general type, ultralow TOC type, ICP type, low-magnesium type(NGS type), and more, mercury-free UVC LED lamp | RO, EDI module, mercury-free UVC LED lamp |
| Output | Up to 2 L/min | Up to 2 L/min |
| Resistivity | 18.2 MΩ.cm @25°C | >5 MΩ.cm (typically 10 - 16 MΩ.cm) @ 25°C |
| Dimensions | (WxDxH) 32 x 44 x 54 cm (12.6 x 17.3 x 21.3 in) | (WxDxH) with tank: 56 x 88 x 138 cm (22.0 x 34.6 x 54.3 in)
w/o tank: 56 x 61 x 138 cm (22.0 x 24.0 x 54.3 in) |
| Get Quote | | |