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    contamination control

    Sterile Sampling System

    Introducing the Ultimate Solution for Bio-Processing Applications – Our Sterile Sampling System Crafted to ensure the highest level of integrity in your critical sampling processes, this system acts as a formidable barrier against cross-contamination. Designed to elevate sterility, it provides unparalleled protection for your operations, maintains the purity of your products, and ensures compliance with

    Customized Filling Bag

    Sterility and product safety during production are among the top considerations of the pharmaceutical industry. The custom filling bag is one of the most significant innovative tools in the alteration of the processes of biopharmaceutical production. These new advanced bags are intended to be used once and are designed for the sterile packing, filling and

    Why Lab Grade Purity is Key in Scientific Research

    In any scientific research, the reliability and validity of experiments is key, and one of the elements that matters the most is the purity of materials used, that is, chemicals and reagents. Purity is defined in regard to the lab grade as the level of contamination of a substance by impurities that is acceptable for

    What’s the Difference Between Lab Grade and Reagent Grade?

    In scientific experiments, the purity and quality of the chemicals used are important to obtain reliable results. Both lab grade and reagent grade are popular terms that lead to miscommunication. Both types of chemicals are fit for laboratory use but they differ in their purity levels, intended uses, and specific grades. Whatever the case, almost

    Can Lab Grade Be Just as Good as Reagent Grade?

    During laboratory work, the selection of chemicals and reagents often consists of a choice between lab grade or reagent grade products. The two products serve different purposes, but the question that begs to be answered is: Are lab grade chemicals as good as reagent grade chemicals for specific purposes? Understanding the Difference Before answering the

    Choosing Between Lab Grade and Reagent Grade

    Anyone venturing into scientific research or laboratory workings will face an elementary problem: the selection of chemicals needed for your experiments. Two types of chemicals you frequently encounter are lab grade and reagent grade chemicals. While both serve different purposes, the right choice can be confusing for novices. This guide is designed to assist you

    Titration Accuracy: What You Should Know

    Titration is an analytical quantitative technique performed in laboratories that involves the measurement of the concentration of an unknown substance. From the pharmaceutical industry to environmental supervision, the accuracy of a titration is essential to obtain correct and valid information. What areas do accuracy of titration posses, and which ones can be improved? Let’s take

    Enhance Your qPCR Setup with epMotion® Automated Systems

    Enhance Your qPCR Setup with epMotion® Automated Systems Discover the efficiency and reliability of the epMotion® family of automated liquid handling systems for your real-time quantitative PCR (qPCR) assays. Our systems ensure a reproducible setup of sensitive qPCR assays, minimizing the risk of cross-contamination and enhancing throughput. Whether you’re managing gene expression studies, DNA damage assessments,

    Bioguard:The Secret Behind Pharma’s GMP Edge

    A broken edge in cleanliness has a critical effect that the entire process of pharmaceutical manufacturing may come crumbling down, with impacts such as life-endangering patient safety issues and expensive product recalls. The World Health Organization states that contamination issues are among the primary causes for drug recalls across the globe, which cost the pharmaceutical

    Single-Use Technologies in Biologics Manufacturing: Benefits, Challenges, and Growing Demand

    The increasing adoption of single-use technologies (SUT) in the biopharmaceutical industry is largely due to the added flexibility and cost reduction along with shortened marginal development times provided by SUT innovations. Unlike stainless steel systems SUTs virtually devoid of capital investments and also eliminate labor intensive cleaning and sterilization, while also containing the risk of