The words precision and balances almost seem like synonyms; after all, you expect your balance to be precise. But precision balances are a specific category of weighing instruments. In this post, we’ll explore the functions that make precision balances different from other balances, their definition, their applications, and more.
What is a precision balance?
We define precision balances as “a balance used to weigh quantities to a very precise number, usually up to one milligram”. They’re sometimes referred to as “top loading balances”. Precision balances are available in a wide range of capacities, from several hundred grams up to kilograms. They’re not as precise as analytical balances, but more precise than the average bench or compact scale. Also, precision balances have a higher capacity than analytical balances, but a lower readability.
Adam Equipment precision balances have a readability of 0.001g at the most.
What are some applications of precision balances?
Precision balances have many uses throughout various industries. Some balances, like our large pan Nimbus or Eclipse balances, have the high capacity and sturdiness necessary to test materials like concrete at construction sites with the readability necessary to get scientific results. They can be transported to the field or used in various settings instead of lab workstations alone. Precision balances are used in various laboratories and chemistry applications, and are a common sight in labs, from anything to advanced physics classes to biology research.
Precision balances are also often used in the medical and pharmaceutical fields, where their higher readability and capacity is helpful for weighing messy or sizeable samples and chemicals. Production is another industry where precision scales are used frequently, as are industrial and manufacturing operations. They can also be used in the jewelry industry for weighing gold, gems and other precious metals and stones.
What are some functions of precision balances?
Precision balances tend to have more features than bench scales or compact balances. Many of them have below-balance weighing for density measurement. All our precision balances have RS-232 interfaces for communicating data to computers and printers. They often have multiple weighing applications as well, such as percentage weighing, dynamic weighing, parts counting and more. Overload protection ensures the balance’s durability.
Some functions depend on the models. Some precision balances are compact and can be stacked for use in small labs or classrooms. Others are sturdy and have a large pan for field use, and some, like our Eclipse series, have the readability necessary for research in labs.
As always, consider your application when you start your search. Precision balances are varied category of weighing equipment, and our Eclipse and Nimbus balances have many different body types, capacities and readabilities available. If you need a balance for material testing at construction sites or heavy industrial application, consider a sturdier scale with a high capacity. If you only weigh small samples in classrooms or labs, a scale with higher readability and a more compact design will suffice.