Electronic Density Balance, High Precision Specific Gravity Scale 500G,500g

Electronic density balance: This high-precision balance incorporates a highly sensitive built-in sensor, enabling accurate density measurements of samples in both air and water with a readability of 1mg or 0.001g. Measurement results can be easily viewed directly on the display, enhancing convenience and efficiency in density testing procedures, making it ideal for a variety of laboratory environments. Capacity options from 100g to 500g: Available in weighing capacities of 100g, 200g, 300g, and 500g, this balance allows users to select the most suitable model for their sample sizes and laboratory needs. Each model consistently offers precise readability of 1mg or 0.001g, ensuring accurate measurements during various density testing tasks and sample evaluations. Liquid and solid density assessment: Expertly designed for hydrostatic density analysis, this balance efficiently measures the density and specific gravity of both liquid and solid samples. The integrated hook facilitates water immersion weighing, making it a practical choice for comprehensive laboratory density analysis and enhancing your testing capabilities for different material types. Precision and multifunctional features: This balance is equipped with an electromagnetic weighing sensor that ensures accurate readings, alongside automatic fault detection and overload protection. Additional features include counting, unit conversion, tare functionality, and zero tracking, facilitating stable and versatile operations in any laboratory setting, meeting diverse measurement requirements. USB output for broad applications: The balance includes a built-in USB output interface, allowing seamless connectivity to external devices like computers for efficient data transfer and documentation. This versatile instrument is ideal for schools, laboratories, research institutions, quality control facilities, and various industrial applications that necessitate accurate liquid or solid density measurements.