Triple Beam Balance
Original price was: ৳ 18,000.৳ 16,500Current price is: ৳ 16,500.
Triple Beam Balance is a reliable mechanical weighing scale for laboratory and educational use.
The Triple Beam Balance is a classic and reliable mechanical weighing instrument used widely in laboratories, schools, and training institutions. It is designed to measure mass accurately without the need for electricity, making it a dependable tool for everyday laboratory work and educational demonstrations.
This balance features three calibrated beams that allow precise adjustment of weights. Each beam represents a different measurement range, which helps users achieve accurate results by combining readings. As a result, users can easily determine the mass of samples with confidence and consistency.
One of the key advantages of the triple beam balance is its mechanical operation. Because it does not rely on batteries or power supply, it remains functional in all environments. Therefore, it is ideal for classrooms, basic research labs, and institutions where simplicity and reliability are important.
The sturdy construction ensures long-lasting durability, even with frequent use. In addition, the balance pan is designed to securely hold samples, while the knife-edge bearing system allows smooth movement for precise readings. This design improves measurement accuracy and repeatability.
The Triple Beam Balance is commonly used in chemistry, physics, and biology laboratories. Moreover, it is an excellent teaching tool for students learning fundamental measurement concepts such as mass, balance, and precision. Its straightforward operation makes it suitable for beginners as well as experienced users.
Maintenance is minimal because there are no electronic components to fail. Calibration is easy, and the balance retains accuracy over long periods of use. Furthermore, its clear markings enhance readability, helping users avoid errors during measurement.
Overall, the Triple Beam Balance is a cost-effective, durable, and accurate weighing solution. It remains a trusted choice for educational and laboratory environments that require consistent and precise mass measurement.