What is Decanter centrifuge? Working Principle of Decanter Centrifuges Operating on the basis of buoyancy, a decanter centrifuge separates While a less dense component would float on top, a component with more density would naturally sink to the bottom of a mixture. In a decanter centrifuge, constant spinning improves the speed of settling and generates … Read more
What is a water distiller? Definition Water distiller A water distiller is a device that purifies water by heating it to produce steam, then cooling and condensing the steam to remove impurities. This process helps remove contaminants such as bacteria, viruses, heavy metals, and minerals, resulting in purified and distilled water. Principle of Water Distiller … Read more
What is Bench top centrifuge? Types of Benchtop Centrifuges There are several types of benchtop centrifuges, including: Types of Rotors used in Centrifuges A centrifuge can make use of a variety of rotors, including: Principle of Benchtop Centrifuges Parts of Benchtop Centrifuges Though the particular model will affect the elements of a benchtop centrifuge, most … Read more
What is PRP Centrifuge? Types of PRP Centrifuge Platelet-Rich Plasma (PRP) centrifuges extract and concentrate platelets from blood samples for therapeutic use. The centrifuge type used can affect PRP quality and effectiveness. Main PRP centrifuge types: In addition to centrifuges, PRP preparation techniques vary: Consider the application, platelet concentration, processing volume, and budget while choosing … Read more
For the creation of solutions and manipulation of liquids, numerous vessels and apparatuses are employed in the laboratory. They differ in their intended application and precision. Volumes must always be measured at a constant temperature because changes in temperature result in volume changes owing to thermal expansion. At 10 °C, water has a substantially smaller … Read more
Combining a biological process with membrane filtration, a membrane bioreactor (MBR) wastewater treatment device separates particulates from treated water. It combines microfiltration or ultrafiltration membranes retaining biomass and pollutants with an activated sludge process—where microorganisms break down organic pollutants. MBRs successfully remove suspended particles, bacteria, and viruses by substituting membranes for traditional secondary clarifiers, therefore … Read more
What is Dounce Homogenizer? Working Principle of Dounce Homogenizer Prats of Dounce Homogenizer The main parts of a Dounce homogenizer are: Operating Procedure of Dounce Homogenizer Types of Dounce Homogenizer Designed for the mild and effective homogenizing of biological materials, like tissues and cells, dounce homogenizers are specialist laboratory tools. They comprise two well made … Read more
What is Wave Bioreactor? Working Principle of Wave Bioreactor Types of Wave Bioreactor Wave bioreactors mix and oxygenate cell cultures using mechanical waves. Various wave bioreactors create waves using different mechanisms: Parts of Wave Bioreactor Wave bioreactors mix and oxygenate culture media by rocking. Its main components are: Operating Procedure of Wave Bioreactor The operating … Read more
What is a Petri dish? – Petri dish Meaning Petri dish definition A Petri dish is a shallow, transparent container used in laboratories to cultivate and observe microorganisms and cells. It consists of a flat-bottomed dish with vertical sides and a lid, typically made of clear glass or plastic. Purpose of Petri Dish History of … Read more
What is Conical Flask or Erlenmeyer flask? Purposes of Conical Flask Features of Conical Flask Sizes Available of Conical Flask Maintenance of Conical Flask Uses of Conical flask Types of Conical Flasks Erlenmeyer flasks, or conical flasks, are developed for specialized laboratory uses. The main differences are: Advantages of Conical Flask Limitations of Conical Flask
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