High precision balances are used in a wide range of laboratories, manufacturing, quality control and industrial contexts. They are often employed to perform tasks such as weighing sample materials, dosing and formulation. They are also used in a variety of different industries to ensure compliance with regulatory and quality control standards.
The major determinant when selecting a high precision balance is the application it will be used for, including how often the balance will need to be calibrated and its environment. It is important to shield the balance and samples from environmental interference such as drafts, temperature fluctuations and vibrations. These types of disturbances can affect the accuracy of a measurement. It is recommended to place the balance in a low traffic area and use a draft shield when possible. In addition, it is helpful to create a dedicated space for the weighing equipment to avoid the possibility of accidental contamination.
Most high capacity, high precision balances have a range of standard features that allow for more efficient weighing. For instance, many of these models offer a recipe weighing function that simplifies the process of preparing multiple measurements for quick and simple execution. They may also have an accumulation mode that allows for the recording of multiple weights over time to provide a total value. Additionally, some of these models have a below-balance weighing function that is particularly useful when measuring powders or fluids in a small space. This allows for the weighing of objects that are below the weighing pan such as a container or tray and eliminates the need for using separate scales. high precision balance