The Kern School Balance with Density Determination function is a user-friendly, educational-grade precision balance designed for fast, accurate measurement of solids and liquids. With a capacity of 2000 g and fine 0.01 g readability, this compact balance is ideal for schools and universities. Density determination is made easy with the graphic-assisted control panel, enabling even untrained users to complete measurements in seconds—no prior experience required.
Product Features
- Maximum weighing capacity: 2000 g with 0.01 g readability
- Integrated density determination mode for solids and liquids
- Graphic-assisted, self-explanatory control panel for easy navigation
- Visualised process ensures accurate operation and minimizes user errors
- Zero learning curve – ideal for schools and first-time users
- Density is determined quickly by taring the balance, selecting the mode, weighing the sample in air and then in liquid, with results displayed instantly
- Interesting facts about density determination included in manual (see page reference*)
- Flat, compact design with non-slip rubber feet for stability
- Standard underfloor weighing hook for density determination
- Battery powered: includes 9 V block battery with switchable AUTO-OFF function
- Ready to use out of the box – order the density set accessory separately
- Optional DAkkS Calibration/Verification certificate available
Benefits
- Perfect for educational use in science labs and classrooms
- Fast and intuitive density determination enhances teaching efficiency
- Visual process guidance prevents mistakes and lowers training costs
- Portable and reliable – suitable for mobile lab stations
- Promotes active learning through practical demonstration of scientific principles
Why Choose the Kern School Balance 2000g?
Whether you're teaching chemistry, physics, or general science, the Kern School Balance with density determination transforms lessons into hands-on learning experiences. German-engineered for accuracy and durability, this balance delivers consistent results while helping students understand core scientific concepts in a visual and engaging way.
