Ensuring Precision and Traceability in Small-Value Weighing Applications
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An analytical balance with a readability of 1 mg is a tool capable of measuring the mass of a sample to within 0.001 g, or one-thousandth of a gram. METTLER TOLEDO 1 mg analytical balances provide the level of precision necessary for many scientific applications, including chemical analysis, pharmaceutical testing, and quality control in manufacturing.
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Advantages of METTLER TOLEDO's Analytical Balances
Automatic Weighing
With the optional powder and liquid dispensing modules, XPR analytical balances are easily upgraded to prepare samples and solutions in a fully automatic process.
For our Excellence level analytical balances, LabX™ laboratory software takes care of all data automatically, provides centralized control, and assists with compliance with 21 CFR part 11.
High-Performance Weighing Cells
METTLER TOLEDO weighing cells are expertly designed and precisely engineered to deliver accurate and reliable results.
Robustly Built for Longevity
Metal casings, overload protection, and high quality materials ensure your analytical balance will perform reliably for many years to come.
Our antistatic solutions help to eliminate electrostatic charges and hence prevent one of the major hidden sources of weighing errors. XPR analytical balances also have static detection technology.
Get the most out of your analytical balance by taking advantage of the free information we offer on balance selection, installation, cleaning, routine testing, calibration, maintenance, and more.
Free guide on how to perform routine balance testing. Learn how often to test, how to test, and which weights to use to ensure proper balance function.
This guide will help you understand what the main factors are affecting weighing accuracy and how to achieve reliable weighing results by avoiding basic mistakes when working with laboratory balances.
Balance calibration and the assessment of uncertainty is key to measurement accuracy. However, balance testing and calibration is a highly variable activity dependent upon individual process tolerances and the potential negative impact of an inaccurate result.