Analytical Balances

Analytical balances from KERN, Adam Equipment and Ohaus for precise laboratory weighing, formulation, sample preparation and quality control applications.

24 products

Kern AXS Analytical Balances

From £570.00

Kern AXE Analytical Balances

From £665.00

Kern ADB Analytical Balances

From £684.00

Kern ADJ Analytical Balances

From £817.00

Ohaus PR Series Analytical Balance

From £1,016.50

Adam Equipment Luna Analytical Balances

From £1,144.75

Kern ACS Analytical Balances

From £1,168.50

Kern ALS-A Analytical Balances

From £1,301.50

Kern ALJ Analytical Balances

From £1,349.00

Ohaus Pioneer Analytical Balance

From £1,391.75

Kern ACJ Analytical Balances

From £1,444.00

Kern ADS Analytical Balances

From £1,472.50

Kern ADT Analytical Balances

From £1,615.00

Adam Equipment Polaris Analytical Balances

From £1,752.75

Adam Equipment Equinox Analytical and Semi-Micro Balances

From £1,961.75

Kern ABP Analytical Balances

From £2,232.50

Ohaus Adventurer Analytical Balance

From £2,489.00

Kern ABT Analytical Balances

From £2,517.50

Ohaus Explorer Analytical Balance

From £3,752.50

Ohaus Adventurer Semi-Micro Balances

From £4,161.00

Ohaus Explorer Plus Analytical Balance

From £4,313.00

Ohaus Explorer Semi-Micro EXR Balances

From £4,892.50

Ohaus Explorer Plus Semi-Micro EXP Balances

From £5,624.00

Kern ABP-A Analytical Balances

From £5,747.50

Analytical Balances

Analytical balances are high-precision laboratory balances used for accurate weighing of small samples, powders, chemicals, components and reference materials. They are designed for applications where fine readability and stable weighing performance are important.

This collection includes analytical balances from KERN, Adam Equipment and Ohaus. Models are available with different capacities, readability levels, calibration options and laboratory functions, allowing users to choose a balance suited to routine weighing, formulation, quality control, education or research work.

Analytical balances are commonly used with a draft shield to reduce the effect of air movement on the weighing result. Correct installation, levelling, warm-up time and careful sample handling all help support stable and repeatable measurements.

When choosing an analytical balance, consider the required readability, maximum capacity, calibration method, weighing environment and any data or documentation requirements. GNW can help specify a suitable analytical balance for your laboratory application.

Analytical Balances for Laboratory Weighing

Analytical balances are designed for precise laboratory weighing where small mass differences need to be measured clearly and consistently. They are commonly used in quality control, research, formulation, education and sample preparation. Models from KERN, Adam Equipment and Ohaus are available with different capacities, readability levels, calibration options and weighing features to suit routine and advanced laboratory work.

High-Precision Laboratory Balances

Analytical balances provide fine readability for weighing small samples, powders, chemicals, components and reference materials. They are typically used where a standard precision balance does not provide enough resolution. A suitable analytical balance should be chosen around the required readability, maximum capacity, repeatability, weighing environment and the type of samples being handled.

Draft Shields and Stable Measurement

Most analytical balances include a draft shield to protect the weighing chamber from air movement, which can affect small mass readings. Correct placement, levelling, warm-up time and careful sample handling are important for reliable results. In busy laboratories, features such as automatic calibration, touchscreen operation or data output may also help improve consistency and traceability of weighing tasks.

Calibration, Data and Laboratory Workflow

Analytical balances may include internal or external calibration options, depending on the model. Some balances also support data transfer to printers, PCs or laboratory systems for recording results. When choosing a balance, consider whether the application needs calibration support, GLP/ISO-style printouts, user management, density determination, formulation, percentage weighing or other specialist weighing functions.

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Analytical Balance Applications

Analytical balances are used wherever accurate measurement of small samples is required. They support laboratory weighing tasks across research, education, manufacturing, quality control and product development environments.

Laboratory Sample Preparation

Analytical balances are used to weigh small quantities of powders, liquids, chemicals and reference materials during sample preparation. Their fine readability makes them suitable for controlled laboratory work where small changes in mass can affect the final result.

Formulation and Mixing

In formulation work, analytical balances help users weigh ingredients accurately for mixtures, solutions, compounds and test batches. They are commonly used in chemical, pharmaceutical, cosmetic, food and materials laboratories.

Quality Control Testing

Analytical balances support quality control checks where component weight, sample mass or material consistency needs to be verified. They can help confirm that parts, products or test samples fall within the required measurement range.

Education and Research

Universities, colleges and research laboratories use analytical balances for experiments, teaching, method development and controlled weighing procedures. The correct model should be selected around the level of precision, durability and functionality required.

How to Choose an Analytical Balance

Choosing the right analytical balance depends on the required readability, maximum capacity, calibration method, working environment and the laboratory functions needed. It is important to select a model that provides enough precision for the task without exceeding the practical requirements of the application.

Check Readability and Capacity

Readability defines the smallest weight change the balance can display, while capacity defines the maximum load. Choose a balance with enough capacity for the sample and container, and fine enough readability for the required measurement resolution.

Consider Calibration Type

Some analytical balances use external calibration weights, while others include internal calibration. Internal calibration can be useful in busy laboratories or environments where temperature changes may affect weighing stability, but the best choice depends on the application and quality requirements.

Control the Weighing Environment

Analytical weighing is sensitive to draughts, vibration, static, temperature changes and unstable surfaces. Place the balance on a solid bench, use the draft shield correctly and allow suitable warm-up time for stable, repeatable measurements.

Review Data and Function Requirements

Consider whether the balance needs data output, print functions, user management, density determination, formulation, percentage weighing or other laboratory features. These options can help support documentation, repeat testing and controlled laboratory workflows.

Analytical Balance FAQs

These FAQs answer common questions about choosing and using analytical balances for laboratory weighing applications.

What is an analytical balance used for?

An analytical balance is used for precise weighing of small samples in laboratory environments. Common uses include sample preparation, formulation, quality control, research, education and weighing chemicals or reference materials.

What is the difference between an analytical balance and a precision balance?

An analytical balance usually offers finer readability than a precision balance and is commonly supplied with a draft shield to protect the weighing chamber. Precision balances are often used for larger samples or less demanding weighing tasks.

Do analytical balances need calibration?

Yes. Analytical balances should be calibrated according to the user’s quality process and the manufacturer’s instructions. Some models use external calibration weights, while others include internal calibration functions.

Can GNW help choose an analytical balance?

Yes. GNW can help match an analytical balance to your weighing application, including readability, capacity, calibration type, laboratory environment, data output and any specialist weighing functions required.