Ancoma Scales has access to countless balances to meet any weighing need you require. From Top Loading Balances, High Precision Analytical Balances to a legal for trade option. Please contact us where one of our friendly sales staff will be more than happy to work with you to find the exact balance you need.
Do I Need an Analytical Balance or a Toploader Balance?
The choice of balance depends on the intended application. If you require exceptional precision, an analytical balance is the ideal option, offering a remarkable readability of 0.0001 grams or 0.1 milligram. On the other hand, toploader balances provide a readability range of 0.001-0.1 grams or 1-100 milligrams, making them suitable for applications that require high accuracy but are not as demanding as analytical measurements. These toploader balances are often categorized as semi-analytical due to their slightly lower precision compared to analytical balances..
What is an Analytical Balance?
In laboratory applications where chemical analysis is performed, accuracy plays a crucial role in analytical balances. These balances are highly sensitive and precise, making them susceptible to external factors such as even a slight breeze, which can impact weight readings. To mitigate the effects of environmental interference, analytical balances are commonly equipped with a weighing chamber, also referred to as a draft shield. The purpose of this chamber is to create a controlled environment that shields the weighing pan and sample from disturbances, ensuring accurate and reliable measurements. By isolating the balance from external influences, the weighing chamber enhances the precision and integrity of the analytical balance's results..
What is a Toploader Balance?
Toploader balances are constructed with a weigh pan placed on top of the base. Unlike analytical balances, they typically do not incorporate weighing chambers. Instead, they are loaded from the top, hence earning the name "top-loader balance." Due to their design, toploader balances may have fewer divisions than analytical balances, which makes them more cost-effective. Consequently, they are often employed in applications where extreme accuracy is not as critical, such as food processing..