Electronic Analytical Balance LB-10EAB

Labotronics Analytical Balances provide high-precision weighing, perfect for laboratories, research, and quality control. They feature automatic internal calibration for consistent performance and fast stabilization for quick and accurate results. Our balances support multiple weighing modes like tare, counting, and percentage, making them versatile for various tasks. Their user-friendly design often includes draft shields to prevent environmental interference, making them ideal for sensitive measurements in various scientific fields.

Labotronics standard balance, a fundamental tool in laboratories and industrial settings, is a precise weighing device used to determine the mass of objects. It typically features a pan or platform where the object is placed, and a beam or digital display for reading measurements. Standard balances come in various capacities and accuracies to suit a wide range of applications, from routine weighing to more precise measurements. They often include tare functionality for zeroing out containers, ensuring accurate measurements of the substance being weighed. Standard balances are essential for quality control, scientific research, and a multitude of industrial processes where accurate measurement of mass is crucial to ensure consistency and reliability in a variety of applications.

Our ordinary electronic balance, widely used in laboratories and various applications, is a precise weighing instrument that operates based on electromagnetic force compensation. These balances feature a digital display for reading measurements, and they come in different capacities and readability options to suit various needs. They offer high accuracy and repeatability, ensuring consistent and reliable results. Typical features include tare functionality for zeroing out containers, calibration modes for accuracy verification, and overload protection to prevent damage. Our ordinary electronic balances are essential tools for tasks requiring accurate measurements, including chemical analysis, formulation, and quality control, playing a critical role in ensuring the precision and reliability of scientific experiments and industrial processes.

Labotronics moisture analyzer balances, also known as moisture analyzers or moisture balances, are specialized instruments designed for the precise determination of moisture content in various substances. These devices use a combination of heating and weighing to measure the moisture levels in a sample. The process involves initially weighing the sample, then subjecting it to controlled heating to remove moisture, and finally re-weighing the sample to calculate the moisture content based on the weight loss. Our moisture analyzers typically offer quick and accurate results, making them essential tools in industries such as food processing, pharmaceuticals, and agriculture, where moisture control is crucial for product quality and consistency. They come equipped with user-friendly interfaces and programmable settings for specific applications, ensuring ease of use and reliable moisture analysis, making them invaluable for quality control and research purposes.

Our hydrostatic balances, also known as hydrostatic weighing systems, are specialized instruments used for determining the density and volume of objects, especially in underwater or buoyant conditions. They operate on the principle of Archimedes' buoyancy theory, which states that an object submerged in a fluid experiences an upward buoyant force equal to the weight of the fluid displaced. Hydrostatic balances consist of a submerged platform and a precision weight measurement system. When an object is placed on the platform, it displaces an amount of fluid equal to its volume. The hydrostatic balance measures the buoyant force exerted on the object, allowing for precise determination of its density and volume. Our instruments find applications in fields like material science, archaeology, and geology, where accurate density and volume measurements are essential for research and analysis, particularly for objects that cannot be measured using conventional methods.