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Magnetic stirrer is a kind of Lab mixing device. Spins a stir bar in liquid via rotating magnetic field. Used in biology/chemistry (0-1000 rpm, 5-40°C). Quiet, controlled mixing for experiments where rods are impractical. Simple design: base with rotating magnet and platform for container. Creates uniform mix. Adjustable speed/temperature control on most models.
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Oil-free vacuum pumps achieve mid-range vacuum (2-79 torr) with easy adjustment for desired level. They offer low maintenance and flow rates from 25 to 70 L/min. These pumps are used in various applications like degassing, filtration, and freeze drying. By achieving vacuum without oil, they reduce contamination risks.
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Peristaltic pumps precisely control fluid flow ( +-0.1% speed accuracy) with a wide flow rate range (6000:1 turndown ratio). They use a rotating roller to squeeze a flexible tube, isolating the fluid and preventing contamination. These pumps are ideal for accurate dosing, transferring liquids, or continuous flow applications in various industries.
Analytical balances are kinds of high-precision scales for ultra-accurate mass measurement (0.00001 grams). They boast a draft shield to minimize air disturbances and guarantee precise readings. Commonly utilized in research, quality control, and pharmaceuticals, these balances provide unique readability and often have built-in calibration for reliable results.
Filter membranes are sieve-like barriers with tiny pores for selective separation. Functioning via size exclusion, they allow smaller molecules/liquids to pass through while blocking larger ones. Offered in various pore sizes and materials for specific applications in research, biotechnology, and industry, they are key for filtration, purification, and particle separation.
Lab furniture is specialized workstations designed for science experiments. Made from durable, chemical-resistant materials (e.g., epoxy resin, stainless steel), it prioritizes functionality, safety, and user comfort. It provides stable platforms for equipment, storage for materials, and facilitates efficient workflow. Common examples include benches, fume hoods, and safety cabinets.
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Safety goggles are kinds of protective eyewear for labs and workshops. They typically have a thermoplastic frame for comfort and ventilation, and scratch-resistant polycarbonate lenses with anti-fogging properties. These features guarantee a clear, comfortable view while protecting eyes from splashes, chemicals, and airborne particles.
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An ultrasonic probe sonicator disrupts materials with sound waves. It uses a generator, converter, cable, and probe to create intense vibrations in a liquid sample. This cavitation process breaks down cells, particles, or speeds up reactions. They are used in biology, chemistry, and nanotechnology for applications like cell lysis, homogenization, and emulsification.
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A flame photometer measures element concentration. It uses a burner to excite a liquid sample (in cuvettes, 10-50mm), causing elements to emit characteristic light. A detector measures light intensity, with higher intensity indicating higher concentration. This simple, yet effective technique is used in labs for analyzing alkali and alkaline earth metals in various samples.
Spectro twins analyze light-matter interactions! Spectroscopy studies how light interacts, while spectrophotometry measures how much is absorbed at different wavelengths. Both use similar instruments with a light source, monochromator, and detector. These techniques are crucial in research and industry for identifying materials, quantifying mixtures, and even analyzing stars!
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A lab digital colony counter speeds up counting bacteria or mold colonies on petri dishes. These countertop devices typically accept 110mm dishes and use a light source and magnifying lens for clear visualization. A pressure-sensitive pen or touch screen counts each colony as you mark it. Compared to manual counting, this digital method offers faster, more accurate results, reducing fatigue for microbiologists.
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A laboratory muffle furnace is an electrically powered oven for high-temperature processes (up to around 1200°C). They are known for their durability and reliability, making them ideal for various industrial applications. These furnaces feature a well-insulated chamber to maintain consistent temperatures and minimize heat loss. Common applications include ashing samples, heat treating metals, and curing materials.
A pharma refrigerator, also known as a medical refrigerator, is a specialized fridge for storing pharmaceuticals, vaccines, and other medical products at precise temperatures (typically 2°C to 8°C). They feature high-quality insulation, accurate temperature control systems, and alarms for temperature fluctuations. These ensure the medications and vaccines remain safe and effective for use in pharmacies, hospitals, and research labs.
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The Ultra Turrax homogenizer system is a lab device that uses a high-speed rotating blade to break up (homogenize) samples in liquids. With a typical 125W motor and reaching speeds of 30,000 rpm, it efficiently disrupts cells, tissues, or other materials. To prevent overheating, it features a duty cycle with a 10-minute on time followed by a 5-minute cool down period.
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