| Description | A Direct Pure water system U24/45 is an all-in-one system that can produce two types of purified water from tap water directly: ultrapure water and RO pure water, or ultrapure water and DI pure water. The upgraded Direct Pure water system offers greater convenience in every aspect of use, including A Direct Pure water system U24/45 is an all-in-one system that can produce two types of purified water from tap water directly: ultrapure water and RO pure water, or ultrapure water and DI pure water. The upgraded Direct Pure water system offers greater convenience in every aspect of use, including enhanced process control, data traceability, and assured performance.
Multiple options: - Maximum RO pure water production up to 45 L/hr.
- One system-mounted or one remote dispensers.
- Integrated 10-liter water tank or external large-volume tank options.
Reliable water quality: - Consistent RO permeability over a wide range of temperatures. High recovery rate.
- Self-maintenance functions for maximum RO membrane effectiveness and lifetime.
- Optimized flow path design ensures water purity, stability, and enhanced purification resin efficiency.
- Hourly automatic ultrapure water recirculation.
Designed for Simplicity: - 2.4-inch touch screen with 8-language menu for real-time monitoring, manual/volumetric dispensing, and alerts.
- Tool-free plug-and-play installation and magnetic front panel for rapid consumable replacement.
- Leak-triggered shutdown and predictive consumable tracking ensure uninterrupted, risk-minimized operation.
Environmentally friendly & Low running cost: - 2-year automated data storage with LAN/USB export.
- A mercury-free 265 nm germicidal UV lamp sterilization, green power manufacturing, and paperless management reduce carbon footprint.
- Automatic RO membrane cleaning cycles and high-efficienct cartridges.
... Read More | Large Genie G is a benchtop, high-output ultrapure water system that produces Type I ultrapure water and Type II EDI water with TOC monitoring directly from tap water. Despite its compact size, Large Genie G is capable of dilvering large volumes of purified water (30L/hr or 60L/hr) with consistent Large Genie G is a benchtop, high-output ultrapure water system that produces Type I ultrapure water and Type II EDI water with TOC monitoring directly from tap water. Despite its compact size, Large Genie G is capable of dilvering large volumes of purified water (30L/hr or 60L/hr) with consistent quality. It is an ideal solution for users requiring large quantities of high-quality pure water daily in space-constained laboratories.
Easy-to-place: - Built-in pretreatment pack including prefiltration, chlorine removal and anti-scaling media; Generally no extra pretreatment needed
- Placement flexibility-wall-mounted, on the bench or on top of a distribution module (optional)
- Modular design. Plug and play connections for quick install
Easy-to-track: - RFID tracking of consumables, RO membranes and accessories to ensure optimal system performance and provide users with real-time operational intelligence
- Enhanced data management stores up to two years of historical information for service and review
- The ability to export and print data and log-in requirements are built into the system
Easy-to-use: - “1+N mode” - one water system can drive N units of dispenser (Up to 10 now and can be upgraded further more).
- A RephiBio filter can be embraced to produce pyrogen, nuclease and bacteria free water for critical applications.
Easy-to-control: - Equip with multiple touch screens which are highly responsive, water-proof, latex glove friendly, and perfect for wet labs.
- Intuitive display with comprehensive data views. No need to use additional paperwork or operating checklists.
Easy-to-maintain: - No tools are needed for system maintenance and simple service.
- Use of mercury-free UV light technology. Environmentally friendly
... Read More | Designed for critical laboratory applications, Genie PURIST ultrapure water system produces Type I ultrapure water from RO, distilled or deionized water. This high-end water system integrates IoT technology with advanced water purification techniques. Its forward-thinking design and comprehensive Designed for critical laboratory applications, Genie PURIST ultrapure water system produces Type I ultrapure water from RO, distilled or deionized water. This high-end water system integrates IoT technology with advanced water purification techniques. Its forward-thinking design and comprehensive process monitoring, ensure stable and reliable water quality, allowing users to experience the convenience and comfort of using a pure water system.
Design & Functions: - The system can be linked to multiple dispensers via wired or wireless. “1+N” Mode.
- 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.
- A universal water level sensor can be provided to prevent the system from pumping air.
Effective TOC level controlment: - Built-in 185/254 nm dual wavelength lamp reduces TOC level in ultrapure water.
- On-line TOC monitor based on complete oxidation methods (for TOC models).
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-inch color touch screen control console.
... Read More | Genie U Ultrapure & RO Lab Water System produces ultrapure water (Type I water) and RO water from tap water directly. This high-end water system integrates IoT technology with advanced water purification techniques. Based on the different RO water production flow rates (12, 24, 32 liters/hour), Genie U Ultrapure & RO Lab Water System produces ultrapure water (Type I water) and RO water from tap water directly. This high-end water system integrates IoT technology with advanced water purification techniques. Based on the different RO water production flow rates (12, 24, 32 liters/hour), this series is mainly divided into three models. Other system options include whether to include an online TOC monitor and whether to use a water tank circulation function.
Design & Functions: - The system can be linked to multiple dispensers via CAN cable or wireless. “1+N” Mode.
- 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 185/254 nm dual wavelength lamp reduces TOC level in ultrapure water.
- On-line TOC monitor based on complete oxidation methods (Optional, for TOC models).
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-inch color touch screen control console.
... Read More |
| Method | RO, double ion-exchange cartridges, TOC reduction UV lamp | 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 (emitting at 265 nm) lamp | Double ion-exchange purification cartridges, final filter | RO, 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 |
| Total Organic Carbon (TOC) | Ultrapure water TOC: < 5 ppb (When TOC Level of feed water is < 50 ppb.) | < 2 ppb (*In the appropriate operating conditions, otherwise typically ≤5 ppb.) | < 2 ppb (*In the appropriate operating conditions, otherwise typically ≤5 ppb.) | < 2 ppb (*In the appropriate operating conditions, otherwise typically ≤5 ppb.) |