perfect What You See Is What You Get

The all-new integrated laboratory water purification system Cascada III.I uses tap water as the source water to prepare 30L/H laboratory grade III pure water, and can obtain grade III pure water and grade I ultrapure water at a maximum flow rate of 2L/min from a flexible or remote water intake handle. The water intake handle can display water quality and operating conditions in real time. The compact design of the water intake device (with a chassis of 28 × 28cm) provides customers with true flexibility in use, allowing users to maximize the use of desktop space while placing the water intake handle in the most convenient location for water intake.

► Cascada lll. l produces laboratory grade III pure water Suitable for the following experimental applications

• Preparation of microbial culture medium

Final flushing of experimental equipment # supplying water to various instruments

Grade 1 Ultra Pure Water System

Automatic cleaning machine for glassware

- Clinical laboratory instruments

- Sterilizer

Integrated process control Ensure that the Cascada ll system can continuously supply Class III pure water in the water tank. Maintain water quality through UV irradiation sterilization of the water tank and gas filters, and minimize secondary contamination of pure water in the water tank by CO2, volatile organic compounds, particles, and bacteria

► Flexible water intake methods Using the Cascada lll. l system, you can access Class III water in three ways: directly from the water tank intake, from the flexible water intake handle on the host, or from a remote water intake handle, which can be up to 2.9 meters away from the host (up to 5.8 meters in series).

Real time water quality data is displayed simultaneously on the water intake handle and the host monitoring screen What you see is what you get

The pure water intake speed at the water tank faucet is greater than 2L/min, and the flexible and remote water intake handle can gradually increase the intake speed from drop by drop to 2L/min, and provide a peak water intake speed greater than 120L/H using Mercury

The water intake handle can fully perform conventional system control functions, including "printing reports" that meet GLP specifications, thereby meeting the requirements for optimizing desktop space utilization. For example, the main system, pre filtration module, and water tank can all be placed under the experimental bench

► Cascada lll. l produces laboratory grade ultrapure waterMeet or exceed the Grade I water quality requirements specified in various standards, such as ASTM, CAP, IS03696, CLSI, JISK0577, as well as the reagent grade ultrapure water requirements specified in USP, EP, and ChP.

• Chemical instrument analysis: HPLC, UPLC, AA, ICP, LC-MS, GC-MS, ICP-MS and 1C, electrochemistry, trace analysis, particle counting, total organic carbon (TOC) detection

• Biological instrument analysis: PCR, DNA sequencing, electrophoresis

• Applications related to animal and plant cell culture, molecular biology, and monoclonal antibody products

Multiple terminal filters to choose fromMeet your various application requirements

0.2Mm sterilization filter - removes bacteria and debris

O/lpm terminal filter - removes the vast majority of particulate matter and mycoplasma

Positive charge adsorption terminal filter - removes RNASE, DNASE, PROTEASE, and endotoxins

► Flexible water intake methodsWith the Cascada lll. l system, you can directly access Class I water from the flexible water intake handle on the host, or from two additional remote water intake handles, with a maximum discharge distance of 2.9 meters (up to 5.8 meters in series). Each water intake handle is placed on a bracket and has a free use distance of 0.8 meters

Real time monitoring of resistivity and T0C data, and displaying what you see is what you get in your hands

• Water intake mode:

- Multiple preset constant flow rates: from drop by drop to 2.0L/mir)

- Designated water intake (up to 90L maximum)

The water intake handle can fully perform conventional system control functions, including "printing reports" that meet GLP specifications, thereby meeting the requirements for optimizing desktop space utilization. For example, the main system, pre filtration module, and water tank can all be placed under the experimental bench

perfect Each step undergoes maximum purification

The Cascada III.I laboratory water purification system uses a technology platform to integrate and meet your water source conditions, application needs, and functional requirements. This system maximizes the purification capacity at each stage, allowing for stable production of high-quality pure and ultrapure water. In addition, the system detection and leakage protection functions can give you peace of mind about the safety of laboratory water supply

Integrated pre filtering module

Optimize system operation by controlling inlet pressure and monitoring flow rate. The booster pump is an optional configuration

The 3.2-inch screen displays the operational status of each component with colored icons

Select filter element based on local tap water quality

• Sludge Density Index (SDI)

• Chlorine content

• Microorganisms

The filter column is equipped with a 1C chip to ensure correct installation and operation

► Convenient replacement of filter column

Integrated reverse osmosis technology

Two stage reverse osmosis technology ensures high-quality and stable water production. When the inlet conductivity reaches 2000 μ s/cm, the typical value of water production is 5 μ s/cm

The reverse osmosis purification capability effectively extends the use of subsequent deionization columns and terminal filters

Integrated water tank

►Integrate functional information such as the duration of UV lamp irradiation, water quality recirculation, and conductivity level of the water tank into the main system

The water tank air filter reduces environmental pollutants such as carbon dioxide, particulate matter, bacteria, and volatile organic compounds

The dual liquid level sensor device provides additional safety assurance for the system, with independent high liquid level sensing control to achieve abnormal ultra-high liquid level (110%) protection, and coordinated full range liquid level sensing to achieve normal high liquid level (100%) and low liquid level (10%) ultra pure aquatic water protection

Integrated water quality refining technology

► For different experimental application requirements, corresponding deionization columns (with 1C chips attached) can be selected

The standard large capacity refined column is suitable for conventional ultrapure water black processing

Low TOC column is suitable for high-sensitivity analysis

Low boron column suitable for ICP analysis

The UV oxidation device provides effective organic matter oxidation control, helping to quickly restore water quality when the system restarts

Total Organic Carbon (TOC) monitoring technology provides real-time water quality data

Integrated system control

Monitor conductivity, pressure, and flow rate in up to 6 stages throughout the entire process

The system status is visualized in the form of graphics and color icons

► Automated disinfection program to report thorough system disinfection effect

Multiple data management options including RS232 and SD card

Integrated water leakage protection device

The bottom plate design directs water leakage from different locations to the drainage outlet, and the leakage sensor at the dry drainage outlet can sensitively detect micro leaks with a height close to 1mm

► One leakage protection sensor is also installed in the pre filtration module of tap water

perfect Fingertip touch intelligent system

The Cascada III.I laboratory water purification system can intelligently select and display the information you need for effective operation. Configure a 7-inch touch screen with icon and color code display for user-friendly human-computer interaction. When needed, unconventional functional operations such as system maintenance, system startup, and historical data tracing can be easily completed.

► Standard operating interfaceComprehensive display of operating parameters, instantly known

Two types of water quality data for production: conductivity/resistivity TOC、 Water production temperature and water intake speed

• Water tank level

Online alarm

► 7-inch touch screenProvide a friendly and comfortable user experience

The "touch" mode of smartphones encourages new users to easily operate them

• Equipped with color codes (red, amber, blue) and flashing prompts, providing indications for "unconventional behavior" and corresponding emergency/danger states

Unparalleled control over "width" and "depth"

► Multi language supportAccording to user preferences, Chinese, English, Japanese, or Korean can be selected

► Monitoring interfaceProvide scientific basis for consumables replacement management

• Flow and pressure monitoring

• Usage time

• Water quality monitoring

►All consumables status can be viewed on one screen

►The red, amber, and blue color indicators will participate in the reporting process on two levels

• Problems with individual modules

In emergency situations, the background color of the entire system changes