ELGA PURELAB flex 3 & 4

The PURELAB flex 3 & 4 are the latest additions to the award-winning PURELAB flex range of water purification systems. The PURELAB flex offers many advantages for analytical and lifescience applications. It allows users to focus on routine test work, without having to worry about the water quality affecting any test results.

• Ensure accurate, consistent results

• Both systems deliver up to 10 liters of ultrapure water per day and up to 2 liters per minute

• The flex 3 delivers ultrapure water direct from potable tap water and the flex 4 requires a pre-purified feed


EMD Millipore Elix® Essential

Elix® Essential systems are suited to laboratories needing an easy-to-use economical solution that provides a constant and reliable source of Type 2 pure water. Patented Elix® electrodeionization technology is combined with complementary water purification techniques, including pretreatment, reverse osmosis and UV lamp treatment (in Elix® Essential UV systems).

• Complement company’s existing Elix® range

• Electrodeionization technology ensures consistently pure water quality

• Easy to use and economical

• Provide flow rates of 3, 5, 10 or 15 liters of water per hour

• Includes intuitive system controls, with system alert and alarm icons shown on a color-coded backlit LCD display


Sartorius arium® Systems

These water purification systems from Sartorius include application-focused operating features to make users’ daily lab work easier and more reliable. The new arium® water purification systems can be ideally integrated into users’ existing laboratory environment and offers users, the greatest possible flexibility.

• More than 70 arium® versions are available to meet users’ requirements on water quality and to cover any application

• Equipment qualification and maintenance offered as supplementary services to considerably extend systems’ uses even further

• Feature cost-effective water usage and efficient operation

• All arium® systems are already certified when delivered


Aries FilterWorks Touch Screen Gemini Series

Designed to provide fully programmable dispensing at the touch of a finger, the Gemini’s PLC-based controller and high resolution 3.5” HMI, 2 color display provides the user with four customizable, easy-to-program batch commands —a significant upgrade over the previous microprocessor-based control system. Use of the touch screen’s menu button allows the user to program the four individual batches and get systems information.

• Bright, easy to read 3.5” touch panel provides an easy interface for dispensing and programming up to four batches

• Resistivity is clearly displayed with system operation status

• The display turns red to alert the user to alarm conditions

• Features speed rotation range of 5 to 280 rpm


Laboratory water purification systems are a common fixture in a variety of different types of facilities. In order of decreasing purity, the different classifications of pure water are as follows: Type 1, Type 2, and Type 3. Type 2 water is used for tasks such as buffer preparation, clinical laboratory analyzers, and culture media and is also used as feedstock for Type 1 water. Type 3 water, on the other hand is used for cooling and heating devices to avoid problems with mineral deposits from circulating water and is also utilized for washing and rinsing labware. There are a variety of water purification techniques with the most common including ultraviolet oxidation, adsorption, reverse osmosis, electrodeionization, deionization, filtration, and distillation. Some things you should consider if you are looking to buy a water purification system are: what are you using the water for, what type of water you need, and how much water you need. You will also want to ask the vendor what the cost of the system will be over five years and what kind of service and/or warranty is provided. Space is another important consideration in the purchasing process.

• Rinsing and washing labware
• Buffer preparation and clinical laboratory analyzers
• Culture media
• Testing for contaminants in drug samples
• Molecular biology and cell culture work
• GC, HPLC, UHPLC, AA, ICP-MS and other advanced analytical techniques