Balances - Scales

Balances and scales are fundamental tools in any laboratory setting, providing precise measurements of mass and weight for a wide range of applications. These instruments operate on various principles, from the traditional mechanical balance utilizing levers and weights to the more advanced electronic balances employing electromagnetic force restoration. Electronic balances, often preferred for their speed and accuracy, measure the force required to counter the weight of a sample placed on the weighing pan. This force is then converted into a digital readout, offering precise measurements in various units such as grams, milligrams, and carats. Balances and scales support numerous workflows, including sample preparation, formulation, quality control, and research and development. Common applications of balances and... + More

Balances and scales are fundamental tools in any laboratory setting, providing precise measurements of mass and weight for a wide range of applications. These instruments operate on various principles, from the traditional mechanical balance utilizing levers and weights to the more advanced electronic balances employing electromagnetic force restoration. Electronic balances, often preferred for their speed and accuracy, measure the force required to counter the weight of a sample placed on the weighing pan. This force is then converted into a digital readout, offering precise measurements in various units such as grams, milligrams, and carats. Balances and scales support numerous workflows, including sample preparation, formulation, quality control, and research and development. Common applications of balances and scales span across diverse scientific disciplines. In chemistry, they are essential for preparing reagents and solutions for reactions, as well as for analyzing the mass of products. Analytical chemistry relies heavily on highly sensitive balances, like those from Mettler Toledo and Sartorius, for accurate measurements in titrations, gravimetric analysis, and other quantitative techniques. Pharmaceutical laboratories utilize balances in drug formulation, ensuring accurate dosages and consistent product quality. In the field of biotechnology, balances play a crucial role in weighing cells, tissues, and other biological samples for various experiments and assays. Life science research often involves using microbalances and ultra-microbalances for highly sensitive measurements, often employed with techniques such as chromatography and spectroscopy. For instance, precise sample weighing is critical for sample preparation in techniques like high-performance liquid chromatography (HPLC) and gas chromatography (GC), impacting the accuracy and reliability of results. Balances are also used in quality control laboratories across various industries to verify product weights and ensure compliance with regulations. Brand names like Thermo Fisher, Agilent, and Ohaus are commonly found in laboratories worldwide, reflecting their trusted performance and reliability. As North America's largest provider of premium refurbished lab equipment, we offer one of the strongest warranties in the business. Every item we sell includes a 90-day warranty and can be upgraded to a three-year warranty, beginning on the date of delivery. Our lifetime support ensures your equipment remains operational, even beyond the warranty period. We provide a price match guarantee on all quotes for comparable refurbished instruments. Our experienced in-house engineers refurbish, test, and service each instrument to meet original equipment manufacturer (OEM) specifications, ensuring reliable performance. We offer substantial savings, typically between 50% and 80% off the retail price of new equipment. Our inventory includes over 6,000 instruments, ranging from basic accessories to complex analytical systems. We also offer white-glove service for delivery, installation, and packaging removal. Flexible payment options are available through ALT Capital, allowing you to acquire the equipment you need without straining your budget. - Less