Sample Preparation
Homogenization
Heating and Mixing
Electrophoresis and Blotting
Polyacrylamide Gel Electrophoresis
Agarose Gel Electrophoresis
Western Blotting
Power Supplies
PCR & qPCR Thermal Cycler
Thermal Cycler (PCR)
Real-time Thermal Cycler (qPCR)
PCR Workstations & Cabinets
UVP BioImaging Systems
Molecular Spectroscopy
Lab Equipment
Ultraviolet Products
Hybridization Ovens
UVP Incubator
UV Crosslinkers
UVP Benchtop Transilluminators
Thermal Mixers
Electrophoresis & Blotting
Thermostats
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Fume hood
Laminar Airflow
Biosafety Cabinet
Autoclave
Centrifuge
pH Meter
Shaker & Mixer
Orbital Shaking Incubator
BOD Incubator
Heating Oven
Water Purification System
Aermax - Air Purification
Medical Oxygen Concetrators
Hygiene Solution
-150°C Cryogenic Freezer
-86°C Ultra Low Temp Freezer
-40°C Low Temp Freezer
-18 ~ -25°C Biomedical Freezer
-20°C Biomedical Freezer
4° ± 1°C Blood Bank Refrigerators
2~8°C Pharma Refrigerators
2~8°C ICE Lined Refrigerators
-25°C ~ + 4°C Mobile Freezer/Collers
20~24°C Blood Platelet Incubators
Ice Machines
Coldrooms
Mortuary Chambers
The whole earth is covered with nearly 71% of water. Life exists on the earth’s surface because of the presence of water. Water contains many substances like minerals, chemical compounds, organic compounds, and microorganisms. Water has its own importance of all life means. Water is available to human beings through various sources like lakes, rivers, seas, oceans, or reservoirs. It is purified through various processes and is used for various purposes like domestic uses such as drinking, cleaning, or washing, industrial purposes, and more.
Domestic consumers considered that tap water is the purified form of water and is used for drinking and cooking. But lab scientists consider it as the most contaminated water. Water is the important reagent of water in the laboratory and has more contaminants such as particulates, organics, inorganics, and microorganisms that may interfere and interact with other substances under test and may provide different results at different times. It is important to analyze the quality of the water that is used for laboratory applications. It is vital to use purified water for laboratory analysis.
Water purification system for laboratory plays an important role in laboratory analysis and applications. This water purification system for laboratory uses different grades of purified water concerning the sensitivity required for laboratory applications. It is also important to determine the right grade of water for your lab applications. As the quality of purified water increases and hence the laboratory water purification system price increases. The high-grade purified water improves the accuracy of the laboratory analysis results.
The contaminants and impurities must be removed from the water to get highly purified water. Purchasing the right water purification system laboratory is more essential. Here we discuss the tips for purchasing the right lab water purification system considering different factors in the selection process.
The contaminants in the water differ with the source, geographical area, and seasons. If the feedwater is groundwater then feed water may contain more dissolved inorganic impurities and reduced organic impurities than the surface water. The hardness of the groundwater is increasing with the dissolved inorganic impurities present in the water.
The surface water has more organic impurities such as vegetal debris, biological wastes, and inorganic impurities such as man-made pesticides, fertilizers, and detergents.
The best understanding of the source of feed water, the level, and the type of contaminants in the feedwater is essential. This will help determine how much purification is required and how to reach the purity level with different methods for specific laboratory analysis.
The contaminants present in the water are the critical factor that is to be concerned more in many research applications. Hence the water purity level gets its importance in the laboratory. Therefore, several organizations have established different specifications and the contaminant level of different grades of lab purified water systems.
There are different grades of water as per ASTM standards, that are used for various laboratory applications.
This ultrapure water system for laboratory is required for most water critical applications such as buffer for HPLC (High-Performance Liquid Chromatography), GC (Gas Chromatography), AAS (Atomic Absorption Spectrophotometry), ICP-MS (Inductively Coupled Plasma Mass Spectrometry)
Culture Media for Mammalian cell culture, IVF (In Vitro Fertilization), and Reagents for Microbiology applications
This pure/analytical grade water purification system laboratory is used for standard applications such as buffers, media preparation, certain clinical analyzers, pH solutions, and weather meters feed. It is commonly fed as input water to get ultrapure water system for laboratory
This water purification system laboratory is used for general laboratory applications (non-critical work) such as glassware rinsing, autoclaves filling, heating baths, humidifiers, disinfector feed. This Type 3 water is also used as environmental chambers, and plant growth rooms. This type 3 purified water is commonly used as feed to the ultrapure water system for the laboratory.
There are several methods followed to purify the water. Each method removes certain contaminants. These methods have their own advantages and limitations. All the contaminants cannot be removed in a single method. Different methods are followed to purify the contaminants (particulates, organic, inorganic, or microorganisms to be negligible.). The different techniques used in the water purification process are as follows.
Different methods for water pretreatment
Different stages are followed to reduce the damage of the subsequent water purification components. This pretreatment purification stage reduces the operational cost preventing the damage of expensive components in the laboratory water purification process.
Depending on the laboratory analysis and application of the lab water Purification system the level of purity required for the water is decided. Accordingly, the laboratory water purifier is selected.
The laboratory water purifier built with various methods of water purification filters produces the highest purified water. It is important to select the lab water purification system that comes with the features to monitor and ensure the high-quality purified water is produced consistently.
It is important to consider the requirement of the daily water volume. While purchasing the laboratory water purifier the capacity of the system, flexibility, and modularity of the purification system is to be considered to meet your demands effectively.
There are different needs for the water purification laboratory. Future needs may vary from the current need of application sensitivity, level of purity i.e, increased resistivity and lower TOC level, bacterial count, and endotoxins. Focusing on the future need, the grade of the water can be chosen.
Budget is another important thing that is to be taken into consideration at the point of purchase. Laboratory water purification system price involves not only the installation cost and also the accessories involved in the operation of the system. Maintenance that is to be done with the water purification system laboratory is also taken into consideration while budgeting.
Conclusion
Different factors are to be taken into consideration to purchase a better water purification system laboratory. The cost of the water purification system increases with the level of purity of water. It involves a sequence of methods that is to be followed to purify water. Depending on the laboratory analysis and applications the purity of water is chosen. The method followed for purification which involves maintenance is also to be taken under consideration.
Lab Q water provides you with the best laboratory water purification system according to your demands.
