BLADDER
A laboratory bladder is a flexible, inflatable membrane or container used in various experimental setups to simulate pressure, store gases or liquids, or mimic biological systems. Made from materials like latex or silicone, it is commonly used in fluid mechanics, biomedical research, or testing equipment to apply controlled pressure or volume changes.
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Petri dishes are shallow, circular, flat-lidded dishes typically made of glass or plastic, used in laboratories for culturing microorganisms like bacteria and fungi. Filled with a nutrient medium (e.g., agar), they provide a controlled environment for microbial growth. Petri dishes are essential tools in microbiology, cell culture, and research involving observation of microbial colonies and growth patterns.
Burette is a long, graduated glass tube with a tap at the bottom, used in laboratories to accurately deliver measured volumes of liquids, especially in titrations. It allows controlled addition of a solution to react with another in a flask. Burettes are marked with precise volume measurements, making them essential for quantitative chemical analysis.
A desiccator is a sealed container used in laboratories to keep moisture-sensitive items dry. It contains a desiccant, such as silica gel, which absorbs humidity. Desiccators are commonly used to store samples, dry chemicals, or protect equipment from moisture, ensuring accurate experimental results and preserving sample integrity.
A pycnometer is a laboratory device used to determine the density or specific gravity of liquids and fine solids. It is usually a small glass flask with a close-fitting stopper that has a capillary hole to allow air to escape. Pycnometers provide highly accurate measurements and are commonly used in chemistry and material science.
Conical flask, also known as an Erlenmeyer flask, is a laboratory container with a conical body, flat bottom, and a narrow neck. It is used for mixing, heating, and storing liquids. The narrow neck helps reduce spillage and allows for use with stoppers. It is ideal for titrations, as it can be easily swirled without risk of spilling.
Porcelain crucible is a small, heat-resistant container made from ceramic material, used in laboratories for heating substances to very high temperatures. It is commonly used in ash content analysis, metal melting, and chemical reactions that require intense heat. Crucibles can withstand open flames and are often used with a lid and a clay triangle during heating.
Reagent bottles, also known as chemical bottles or laboratory bottles, are specialized containers used to store chemicals, reagents, and other laboratory substances. They are designed to ensure safe handling, accurate identification, and proper storage of a wide variety of chemical compounds.
Cell culture plate is a flat, sterile plastic or glass plate used in laboratories to grow and study cells under controlled conditions. It contains multiple wells (like 6, 12, 24, 96, or 384) where cells are cultured in nutrient media. These plates are essential in biological research, drug testing, and tissue engineering for observing cell behavior and responses.
A hydrometer is an instrument used to measure the specific gravity (relative density) of liquids. It consists of a sealed glass tube with a weighted bottom, allowing it to float upright. The level to which it sinks indicates the liquid’s density. Hydrometers are commonly used in brewing, winemaking, and battery testing.
Boiling flasks are used for heating and boiling of liquids. The flasks are designed to have round bodies with long, thin necks to facilitate uniform heat distribution and minimize evaporation. Boiling flasks are typically made of borosilicate glass, which is resistant to thermal shock and chemicals. Some boiling flasks have rounded or conical bottoms and need support to stand upright, while others have flat bottoms and can stand alone.
Racks are laboratory tools used to hold, organize, and store test tubes safely and upright. They are made of plastic, wood, or metal and come in various sizes to fit different tube diameters. These racks help prevent spillage, breakage, and contamination during experiments, making them essential for safe and efficient laboratory work.
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