Lab Filtration
Merck Millipore’s long history of enabling efficient sample preparation through innovative membrane filtration technologies is renowned in the life sciences, food & beverage testing, cosmetics and other industries. Because our products provide unsurpassed quality and consistent results, many researchers specify and standardize their sample preparation methods with Merck Millipore membranes and filters.
Our Key Products
Chromatography & Mass Spec
For sensitive HPLC, UHPLC and mass spectrometry analysis, remove contaminating particles with our high efficiency filtration products.
Cell Culture
Performance-driven cultureware for every part of the cell culture workflow – Prepare. Grow. Analyze.
Purification & Concentration
Innovative tools for rapid and efficient protein isolation, purification, concentration and buffer exchange.
Sterile Filtration
Eliminate bacteria and other contaminants with trusted Millipore filtration technology. Speed you can count on, recovery you can trust.
Aqueous & Organic Filtration
Collect, separate or remove contaminants from air or fluid samples prior to downstream analysis with our broad selection of membranes.
Environmental Monitoring
Monitor contamination in air, soil or water with our filtration products to ensure superior analytical results and compliance with regulatory requirements.
Industrial Contamination Monitoring
Reliable, sensitive field sampling kits and contamination tests to increase efficiency and lifespan of your complex machinery.
Clinical Laboratory Preparation
Medical-grade filtration products that guarantee sterility and minimize user handling.
Food & Beverage Monitoring
Meet increasing demands for improved analytical and particle analyses to monitor food and beverage quality using optimized analytical sample preparation products.
Pharmaceutical Analysis
Dissolution testing followed by spectroscopic analysis and early-stage water solubility screening are crucial for drug characterization and depend on filtration products for reproducibility and improved throughput.
