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General

  • Laboratory balances are used to measure tissue, liquids, and solids in a wide range of settings, including environmental, clinical, and research labs. To put it simply, a balance is generally used to measure the mass of an object. There are several different types of balances, and each one comes with its own set of features.

    Before you buy a balance, you need to consider:

    • The accuracy you need
    • The maximum capacity you need
    • The application that you need to measure

    Analytical Balance

    Analytical balances are capable of measuring small masses with incredible precision. These balances are typically used in quantitative chemical analysis and can measure 4 decimal places to the right of the decimal point. Since analytical balances are highly sensitive, even an air current can impact the measurements. This is why these scales often come with a draft shield to prevent inaccuracy.

    If you are planning to use analytical balances, make sure you have a dedicated space in order to prevent interference from environmental factors. You will also need to monitor and calibrate these balances frequently. Most analytical balances consist of an automatic, internal, motor-operated calibration weight. You can also use external weights for calibration.

    Precision Balance

    A precision balance is cheaper and less accurate than an analytical one. It can measure up to 200 gm; an analytical balance, on the other hand, can measure up to 320 gm of mass. These balances are also known as top-loading balances and have the readability of up to 3 decimal places to the right of the decimal point. They are extremely quick – a precision balance can give you a read-out within a couple of seconds.

    Unlike analytical balances, precision balances are not affected by the air current or other environmental factors.

    Analytical Balance vs. Precision Balance At A Glance

    FeaturesAnalytical BalancePrecision Balance
       
    AccuracyExtremely accurateNot as accurate
    ReadabilityUp to 4 decimal points to the rightUp to 3 decimal points to the right
    Readability RangeBetween 0.0001g to 0.00001gBetween 1 mg (0.001 g) to 1 g
    Environment Factors (like air current)Can affect the readingHave no effect on the reading
    CostExpensiveLess expensive

    If you want maximum accuracy, an analytical balance is the best option since it can provide the accuracy of 0.0001 to 0.00001g. But if you don’t need exact accuracy at small levels, a precision balance could be a good option instead. 

    Not Sure Which Balance You Need? Contact Us!

    At AAA Weigh, while our analytical balances offer solutions to the most precise and complex weighing tasks, our precision balances can effectively accomplish tasks such as quality control, purity analysis, density determination, formulation, materials and conformance testing, and packaging and filling.

    We offer several balances with data tracking and output capability to allow system integration like Laboratory Information Management System (LIMS) for GLP Compliance. 

    If you are looking for a balance that can simplify your weighing tasks and produce reliable results ideal for data handling with a wide range of tracking and connectivity capabilities, our analytical balances are a perfect choice. 

    Not sure which balance will be best suited for your applications? We are an ISO-accredited manufacturer and supplier of high-efficiency balances with 42+ years of experience in the industry. Give us a call at 866-728-6292 or write to us online and we will sort you out.

  • Importance Of Analytical Balance In Laboratories

    An analytical balance is considered one of the most reliable balances on the parameter of weighing accuracy – especially when compared to precision balances. If you need the most well-defined measurements for your business, analytical balances might be the ideal option.

    What Is An Analytical Balance?

    Like all balances, an analytical balance measures the mass of the object placed on it using load cells. But unlike precision balances (that offer readability from 1 g to 0.001 g), analytical balances offer readability by 0.1 mg or 0.0001 g. Analytical balances can measure even the tiniest change in weight, down to the smallest decimal point. They generally come with a draft shield to prevent any air drafts or dust particles from altering the weight.

    What Can You Do With An Analytical Balance?

    In addition to being the most precise measuring tool available, an analytical balance can perform a wide range of additional tasks when it comes to weighing. Some higher-end models come with a “dynamic weighing” feature which allows you to measure even the most unpredictable movements of animals or liquid substances. You can also choose a model with a backlit option for easier reading in foggy or darker environments.

    Most analytical balances are equipped with features like unit switching, accumulation, counting, totalization, below-balance weighing (mostly used in the botanical and cannabis industry), and much more. Due to their advanced technology and high precision, analytical balances are frequently used in labs to efficiently perform the following functions.

    Formulation

    Also known as recipe calculation, formulation refers to a selectable weighing mode that allows the user to calculate, add, and store the weights of multiple ingredients, and provide the total weight value. Since formulations need to be repeatable, each component/ingredient must be weighed accurately to ensure the right ratio of each. This function can be used in several weighing balance applications in food production, R&D labs, pharmaceutical labs, paint mixing, beer brewing, and more.

    Parts Counting

    If you work in the packaging or manufacturing industry, you know how challenging it can be to determine whether or not the number of parts/components in a batch is absolutely accurate. Using an analytical balance can solve this problem as well. But keep in mind that this is an advanced feature and not all analytical balances have it.

    Density Determination

    One of the most critical aspects in every research process is to accurately determine the density of a substance during sample analysis. It also helps in setting important parameters in quality control. For example, a fluctuation in density could mean that a solid or liquid has been contaminated. An analytical balance makes it easy to calculate the density.

    Dynamic Weighing

    The ability to weigh moving objects is known as dynamic weighing. Analytical balances with a dynamic weighing feature are often used to weigh live cattle and other types of livestock to adequately monitor their health and growth. This feature works by measuring the average weight based on the force applied by the animal over an extended duration.

    Have Any Questions About Analytical Balances? Get In Touch With Us

    At AAA Weigh, we are a leading supplier of premium weighing scales and balances with over 42 years of experience in the industry. Our analytical balances offer solutions to the most complicated and accurate weighing tasks from purity analysis, to density determination, to statistical analysis, to formulation, to conformance testing.

    For more information about any of the above functions of an analytical balance, or to figure out which of our weighing balances could benefit your operations, contact our knowledgeable and friendly support team online or call us at 866-728-6292.

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