Balances

Balances are precision instruments used to accurately measure weight in laboratory settings. They support high resolution and low uncertainty weight measurement capabilities, typically calibrated to handle small mass increments with precision across a wide range of operating temperatures and humidity levels.

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Common Applications

mass measurement

chemical analysis

pharmaceutical formulation

food quality control

materials testing

environmental analysis

Buying Guide

Balances Buying Guide

Selecting the right balance for your laboratory requires careful consideration of its measurement capabilities and environmental compatibility.

Ensure the balance meets the specific resolution and capacity needs for your applications, and verify its calibration status for traceability.

  • Check the resolution and capacity to match sample sizes expected in your lab.
  • Consider the environmental operating range, especially if your lab experiences variable temperatures or humidity.
  • Ensure that the balance supports necessary calibration methods and traceability standards.
  • Review additional features such as draft shields, backlighting, or connectivity options for data logging.

Frequently Asked Questions

What is the resolution of laboratory balances?
The resolution of laboratory balances varies but typically ranges from 0.1 mg to 0.01 mg, depending on the model and application.
How do balances maintain accuracy?
Balances maintain accuracy through regular calibration and adjustments to account for environmental factors such as temperature and humidity.
What are the key specifications to consider in a balance?
Key specifications include resolution, capacity, calibration type, operating temperature range, and humidity tolerance.
What is the difference between analytical and precision balances?
Analytical balances offer higher resolution and are used for smaller samples, while precision balances handle larger samples with slightly lower resolution.