Elix® 70 : La solution de purification haut de gamme en laboratoire
The Merck Millipore Elix® 70 system is truly the pinnacle of innovation in water purification for research and analytical laboratories. Designed with unrivaled technical precision and expertise, it far exceeds the simple expectations of standard water purification equipment. Indeed, the Elix® 70 system embodies the values of excellence, reliability and efficiency at their highest level.
Every aspect of the Elix® 70 system has been carefully engineered to meet the most stringent requirements of the most demanding laboratories. State-of-the-art components, cutting-edge technology and precision engineering combine to deliver unparalleled water purification performance. System reliability is guaranteed, ensuring continuous availability and consistent water quality, essential for accurate and reliable research and analysis results.
By choosing the Elix® 70 system, laboratories are choosing excellence and absolute confidence in their processes and results. It is an investment in quality, precision and peace of mind, providing an undeniable competitive advantage in the field of scientific research and laboratory analysis.
Water is the fundamental element of any scientific research and laboratory analysis. In fields as diverse as biology, chemistry, pharmacology, and biotechnology, the quality of water used can have a significant impact on the accuracy and reproducibility of results.
That's why the Elix® 70 system has been designed to offer the highest quality water purification, meeting the strictest standards of purity and reliability.
The patented Electrodeionization (EDI) module is at the heart of the Elix® 70 system. This cutting-edge technology uses an electrochemical process to effectively remove ions and contaminants from water. Through this process, water purity is optimized, ensuring accurate and reproducible laboratory results.
By combining electrodeionization with an integrated UV lamp for disinfection and an advanced monitoring system, the Elix® 70 system ensures consistent and reliable water quality. This water quality is essential to maintain the integrity of samples and laboratory analyses, ensuring the absence of contaminants that could alter the results.
Thus, the patented electrodeionization module represents a major advance in water purification, offering laboratories a complete and efficient solution for their high-quality water needs.
The Elix® 70 system stands out for its exceptional versatility, which allows it to easily adapt to the specific needs of each laboratory. Whether for high or low water volumes, special quality requirements or space constraints, the Elix® 70 system can be flexibly configured to meet these needs efficiently and economically.
Its modular design allows for easy installation and simplified maintenance. This modularity offers the possibility of adjusting the system according to changing laboratory needs, thus guaranteeing a long-lasting and adaptable solution.
Additionally, the advanced control features of the Elix® 70 system ensure smooth operation at all times. This gives users peace of mind regarding the reliability and performance of the system, allowing them to fully concentrate on their research and laboratory analysis activities.
Additionally, the Elix® 70 system is designed to be environmentally friendly and resource-efficient. It utilizes cutting-edge technologies that minimize water and energy consumption, thereby reducing its environmental impact. Moreover, its durable and recyclable materials make it an eco-friendly option for laboratories concerned about their environmental footprint.
The Elix® 70 system from Merck Millipore is much more than just a water purification equipment.
It is a comprehensive, reliable, and innovative solution for research and analysis laboratories, offering unparalleled water quality, exceptional versatility, and a commitment to environmental sustainability.
With the Elix® 70 system, researchers and scientists can be assured that their laboratory water will meet the highest standards, enabling them to make significant scientific discoveries with confidence.
