A high precision balance is a versatile laboratory instrument designed to deliver accurate, low-level measurement readings with minimal tolerance. It’s ideal for a wide range of applications in schools and research institutes, and can handle a higher volume of weight to ensure accuracy.
Choosing the right precision balance for your lab or workplace begins by evaluating your application needs, budget constraints, and overall weighing requirements. Evaluate the amount of sensitivity and resolution you require, as well as how long you need to take measurements. The most important thing to remember is that you must balance sensitivity and readability when selecting the right balance for your application.
The term sensitivity, or readability, refers to the smallest increment of mass that the balance can accurately display on its screen. Balances with higher readabilities have finer measurement increments, which can lead to greater precision. However, the exact measurement value displayed on the balance screen might be slightly different depending on the sample loaded, and environmental factors such as air flow or temperature fluctuations can cause slight variances.
High-capacity precision balances find widespread use in a variety of industries and applications, including pharmaceuticals, laboratories, manufacturing, food and beverage, and quality control. For example, pharmacies rely on precision balances for the accurate weighing of ingredients in drug and medicine formulation to adhere to strict standards and regulations. Some precision balances also feature draft shields to protect the weighing chamber from external environmental conditions that could compromise sensitivity. high precision balance