Scale: The Biggest Problem in the Laboratory Equipment Performance
Scale build-up is not typically at the top of our minds when considering threats to laboratory operations. Issues like power […]
Clinical Laboratory
Scale build-up is not typically at the top of our minds when considering threats to laboratory operations. Issues like power […]
Water is one of the most important reagents in many laboratories including life science research, diagnostics, molecular biology, and IVF.
Contaminants in clinical labs can compromise test accuracy and patient outcomes. While equipment and reagents get attention, water quality if often overlooked. Type II lab grade water is vital for reducing variability, protecting instruments, and ensuring reliable results. This blog highlights its essential role in clinical diagnostics and the importance of investing in high-quality purification systems.
Type I water, defined by its exceptional purity and adherence to ASTM and ISO standards, plays a critical role in high-performance laboratory work. This blog explores how even trace contaminants can skew analytical outcomes, and why investing in a robust Type I water purification system is a strategic move for laboratories committed to accuracy, consistency, and regulatory compliance.
Discover how our comprehensive services, including design consultancy, maintenance and consumable exchanges, ensure your water purification systems meet exacting standards. Explore why professional support is the cornerstone of reliable, lab-grade water.
Discover how custom-built centralised laboratory water purification systems enhance purity, efficiency, scalability and integration to meet the diverse needs of labs while ensuring accurate results and reliability.
Discover how the Purite Fusion 160 IT water purification system can boost your lab’s productivity and ensure accurate results with high purity Type I and Type II water. Read our blog to explore its innovative features.
Benchtop water purification systems play a crucial role within laboratory operations ensuring reliable and accurate results. The slightest impurity in ordinary water can cause significant variances in the outcome of experiments, which is why proper use and routine maintenance of these systems is essential. This blog highlights common mistakes in using these systems and offers guidance on avoiding them to maintain optimal performance.
Water is a fundamental component in the operation of clinical analysers and is used for various purposes including to dilute samples, cleaning and to prepare reagents. The quality of water used in these processes can directly impact the accuracy and reliability of results.
We caught up with one of our engineers, Ashley Mason, to find out a bit more about what makes a Purite engineer so special.