What kind of ultrapure water machine is better for general laboratories?

Laboratory ultrapure water machine is a kind of laboratory water purification equipment, which is a water treatment device that removes all solid impurities, salt ions, bacteria and viruses in water by filtration, reverse osmosis, electrodialyzer, ion exchanger, ultraviolet sterilization and other methods.

1. According to the requirements of the laboratory, select the ultrapure water machine that can be prepared to meet the requirements of the water quality grade.

2. According to the water consumption demand of the laboratory, select the ultrapure water machine that meets the requirements of water production (such as: 6-32 liters per hour).

3. Choose to choose the ultrapure water machine produced by self-produced and self-sold production-oriented enterprises, which is more advanced in terms of quality and after-sales.

4. The imported ultra-pure water machine is higher, and the domestic one is more cost-effective.

Principle of laboratory ultrapure water equipment:

It is usually composed of three parts: raw water pretreatment system, reverse osmosis purification system, and ultra-purification post-treatment system. The purpose of pretreatment is mainly to make the raw water reach the reverse osmosis membrane.

Separation of the inlet water requirements of the components to ensure the stable operation of the reverse osmosis purification system. Reverse osmosis membrane systems are the most cost-effective purification method for removing more than 98% of ions, organics, and (theoretically) 100% of microorganisms from raw water in one go. The ultra-purification post-treatment system further removes the remaining trace ions, organic matter and other impurities in the reverse osmosis pure water through a variety of integrated technologies to meet the final water quality index requirements of different uses.

Standard configuration of laboratory ultrapure water equipment:

1.Integrated PPF precision filter element: filter sediment and particulate matter;

2.Integrated activated carbon filter: adsorption of organic matter and residual chlorine.

3.Reverse osmosis membrane device: the first step is desalination and removal of bacteria and organic matter from tap water;

4.Pressure Pure Water Bucket: Stores reverse osmosis pure water and provides water intake power at the same time;

5.Ion exchange column: the second step of desalination, the resistance is more than 10 megaohms;

6.Nuclear-grade ultra-purification column: the third step is deep desalination, with resistance of more than megaohms;

7.Terminal 1 micron microfiltration: filters fine particulate matter;

8.Micron pore size terminal filter for ultrapure water (optional): remove bacteria and impurities;

9.Electronic components.

etc.: Provide various control functions.

The choice of laboratory ultrapure water machine depends mainly on the needs and budget of the laboratory. Here are some common types of laboratory ultrapure water machines and their features:

Eco Labs Ultrapure Water MachineEco laboratory ultrapure water machine is a high-quality ultrapure water machine, the quality of ultrapure water prepared by it meets the requirements of the laboratory, and has reliable performance and safety.

Water Distiller: A water distiller is a traditional laboratory ultrapure water machine that splits water into hydrogen and oxygen through a distillation process. However, this method takes a long time and energy and can generate hazardous waste.

Reverse osmosis water device: The reverse osmosis water device is a high-efficiency laboratory ultrapure water machine, which compresses water molecules into a smaller molecular structure through a reverse osmosis membrane, thereby removing impurities and ions from the water. Reverse osmosis water dispensers allow for rapid preparation of ultrapure water with low energy consumption.

Ion Exchange Resin: Ion exchange resin is a renewable, laboratory ultrapure water machine that removes ions from water through an ion exchange reaction. Such equipment usually requires regular resin changes, but the ultrapure water it produces is of high quality.

Ultrafiltration: Ultrafiltration is a laboratory ultrapure water machine that can quickly prepare ultrapure water, which filters out macromolecular substances and ions through ultrafiltration membranes, thereby removing impurities and ions in water. Ultrafilters do not require the use of chemicals, but they produce relatively low quality ultrapure water.

Eco Labs Ultrapure Water Machine

Laboratory purified water equipment is a device used in the laboratory to produce pure water for experiments. Due to the different water quality requirements for different experiments, laboratory purified water equipment should also be able to produce a variety of pure water or ultrapure water of different specifications.

It is widely used in factories, universities and companies' production laboratories, chemical laboratories, physical laboratories, pilot plants, hospital biochemical laboratories, etc.

The process flow is as follows: water source inlet - raw water buffer water tank - multi-media filter - activated carbon filter - scale inhibition device - 5 micron precision filter - reverse osmosis purification water unit - aseptic water storage tank - ultraviolet sterilization device - water point - circulating return water to the water point after ultraviolet sterilization;

Laboratory ultrapure water machine is a kind of laboratory water purification equipment, which is a water treatment device that removes all solid impurities, salt ions, bacteria and viruses in water by filtration, reverse osmosis, electrodialyzer, ion exchanger, EDI, ultraviolet sterilization and other methods.

Laboratory ultrapure water equipment is widely used in pharmaceutical, electronics, chemical, biophysical and chemical laboratories and other industries. Laboratory ultrapure water machines can usually produce both pure water and ultrapure water.

If you want to ask how much is a machine, it still depends on what type of machine you need, because each type is different.

Depending on your laboratory's water requirements and water consumption, you can choose the right laboratory ultrapure water machine Laboratory ultrapure water system, you can go to the Sartorius official website to request** or apply for a sample trial.

Tongtian ultra-pure water machine --Close contact with top water quality Tongtian ultra-pure water machine commitment:

For customers in all regions: after purchase, if the water quality does not meet the customer's requirements within 1 week, it can be returned unconditionally;

In particular, customers in Shanghai can try it for 1-2 weeks and decide whether to buy it after they are satisfied.

Advantages of Tongtian ultra-pure water machine:

1.The effluent quality has been tested by the national first-class legal metrology certification body - East China National Metrology and Testing Center, and the effluent water quality index is consistent with that of imported brand water purifiers;

2.** and consumables maintenance cost 2 items are 20%-30% of imported brands;

3.Accessories and consumables are all used in Dow, Rohm and Haas, Sartorius and other first-line brands;

Details can be seen.

I have more than 4,000 of them here.

The ** of laboratory ultra-pure water machine varies according to factors such as brand, model, specification and function, generally speaking, the ** of an Eco laboratory water purifier is about tens of thousands of yuan. Actual ** is also subject to specific needs and budget. At the same time, it is recommended to choose the quality of the Aike brand and hidden models to ensure the performance and after-sales service of the equipment.

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There are many brands of laboratory ultrapure water machines on the market, and there will be no unified pricing, so there will be no more accurate answers to this kind of questions, and I can only say that there is an approximate domestic high-end brand equipment** in 4-160,000 + (Dohe DHT-Bio, German research and development), imported high-end brand equipment ** in about 7-250,000 + (Merck Millipore, Thermo Fisher Thermo), and low-end domestic brands can also be bought in 2-60,000, specific** It is still determined according to the needs of users, and let's take a look at the factors that affect the ultra-pure socks guessing water machine in the laboratory

1. Water requirements: water consumption (in the case of homogeneity, the greater the water production), water quality requirements (pure water level, resistivity, TOC value, bacteria, heat source and other indicators), the more demanding the requirements, the greater the technical difficulty, and the higher the price of ultrapure water.

2. Equipment functions: multi-channel water quality monitoring, TOC** monitoring, EDI module, resistivity monitoring, consumables life reminder, data traceability, connectivity, etc.; Generally, TOC** monitoring (optional) will be used in the first-class ultrapure water machine, and the addition of a TOC monitoring can be tens of thousands; The application of continuous electrodeionization EDI technology can greatly reduce the cost of consumables; In short, the more advanced the technology and the more functions, the higher the ** will naturally be.

3. National standard European standard: short-term use customers with low requirements for water quality, simple equipment function requirements and limited budget will generally choose the national standard laboratory ultrapure water machine, as long as it meets the national standard, use it first, and then change the equipment when there is a higher demand later. However, universities, pharmaceutical industries, clinical and first-class laboratories will still prefer high-end products with excellent quality (the purification process is designed and manufactured in accordance with the requirements of European standards with relatively high requirements), requiring the preparation of ultrapure water with different water quality specifications, and to be able to continuously and stably provide reliable water quality; It has high requirements for equipment stability, low failure rate, and professional and efficient after-sales technical services to ensure the quality of experiments and the reliability of results.

The price difference between the ultrapure water machine of the European standard laboratory and the national standard equipment is generally 2-80,000 yuan, which should be determined according to the technical requirements of the equipment.

The above three points are important factors affecting the laboratory ultrapure water machine, of course, there are other factors, such as different equipment accessories, different manufacturers, etc. In fact, what users are entangled with is not the specific ** of the laboratory ultrapure water machine, but which price to choose, the procurement personnel can choose a few more manufacturers with strong production strength and excellent research and development technology, strictly control the quality, and set a suitable budget, in order to choose a high-performance tanji price ratio equipment.

When choosing a laboratory ultrapure water machine, there are several factors to consider to ensure that you choose the right equipment. Here are some important factors to consider when choosing a laboratory ultrapure water machine:

Purity requirements: The first step is to determine the purity requirements for your experiment. Different experiments require different levels of pure water, including ultra-pure sun-sonic water, pure water, deionized water, etc. Make sure you choose an ultrapure water machine that meets the purity requirements of your experiment.

Water production rate: When choosing an ultrapure water machine, you need to consider the demand for water production per hour. You may need a lot of water in your lab, so make sure you choose equipment that can meet your water production rate needs.

Water quality monitoring: Some ultrapure water machines are equipped with water quality monitoring systems, which can monitor the quality of produced water in real time. This can help you identify water quality issues in a timely manner and ensure the accuracy of your experimental results.

Cost of consumables: Ultrapure water machines often require the use of specific consumables, such as resins, filter cartridges, etc. Consider the cost of these consumables and how often they should be replaced.

Maintenance and upkeep: Understand the maintenance and upkeep requirements for your equipment. Some ultrapure water machines require regular maintenance, including replacing filter cartridges, cleaning systems, etc. Make sure you are able to provide the necessary maintenance work.

Brand and reputation: Choosing equipment from a well-known brand can often provide more reliable performance and after-sales service. Check out other users' reviews and opinions to get an idea of the brand's credibility and reputation.

Equipment size and installation: Consider the size and installation requirements of the equipment to ensure that it is appropriate for the space and facility conditions of your lab.

Energy saving and environmental protection: Consider the energy consumption and environmental performance of the equipment. Choosing energy-efficient equipment can help reduce operating costs and reduce environmental impact.

After-sales service: Ensure that the supplier can provide good after-sales service, including maintenance, technical support and accessories.

Budget: Last but not least is your budget. Choose the most suitable equipment according to your experimental needs and financial strength.

In summary, choosing a laboratory ultrapure water machine requires a combination of factors to ensure that your equipment can meet the requirements of your experiment and perform reliably. It is best to do sufficient research and consult professional advice before making a choice to make an informed decision.

Eco Labs Ultrapure Water Machine

How to choose an ultrapure water machine for laboratory, it is recommended that you consider and choose from the following three aspects:

1. Analysis of self-water demand: including raw water quality analysis, effluent water quality analysis, self-water consumption analysis, equipment floor area, installation site confirmation, pipeline layout, etc., on the basis of careful analysis of the above points, we can correctly select the appropriate pure water equipment.

2. Analysis of the strength of the manufacturer: the current water treatment manufacturers are particularly many, many businesses are not practical, and need to consider before choosing: the actual plant area of the manufacturer, the number of companies, the technical team, the brand influence, the installation case, various qualification certifications, etc., and the choice of powerful manufacturers can ensure product quality and after-sales service.

3. Product analysis: the same water output, will also be differentiated because of different manufacturers, first of all, we need to understand where the differentiation is, the selection of pure water equipment needs to pay attention to the core components of the product, and there is no need to choose cheap to poor manufacturers to affect the use of shoddy products.

Ultrapure water is used in almost every lab, whether it is for high-performance liquid chromatography and mass spectrometry, as well as protein purification and DNA extraction. Laboratory ultrapure water system is a commonly used ultrapure water preparation system in the laboratory, and there are many domestic and foreign water purifier manufacturers, such as: Millipore, Pall, etc., and the domestic Lefeng Rephile

Wait a minute. So how to chooseHow to choose a laboratory ultrapure water system? It is believed that the following aspects need to be considered when choosing the right water purification equipment:

1. Water quality should be stable.

Due to the influence of region, climate and other factors, the quality of tap water is very unstable, which requires the water system to be able to produce pure water that meets specifications consistently, regardless of the influence of incoming water. Therefore, the reverse osmosis device must be a secondary reverse osmosis, which cannot be achieved by the primary or secondary reverse osmosis of an ordinary water system.

2.Save on consumables.

Frequent replacement of consumables keeps water systems costly. If a water system with more purified resin is selected in the purification column, the increased exchange capacity will greatly increase the amount of treated water, and the cost of use will be relatively reduced. Ultrapure water consumables generally need to be replaced once in 2-3 years, if you want to reduce the later investment cost estimate, it is relatively cost-effective to choose a domestic pure water meter.

3. Real-time data transmission system.

In order to ensure that the water machine can always run smoothly and stabilize the water production, it is necessary to monitor and transmit real-time data to the water machine system.

To sum up, if the ultrapure water system selected by the laboratory can monitor and record the operation status of the water machine, the use of consumables, the date of delivery, the batch, the quality of the effluent, etc., the user can clearly know the quality of the produced water, the frequency of replacement of pure water consumables, which parts of the pure water meter need to be repaired and replaced, etc.