Analytical balances
Precision Features for Accurate Laboratory Weighing
A Laboratory Analytical Balance is designed to deliver highly accurate and repeatable measurements for laboratories where precision is essential. From pharmaceutical testing to research and quality control, these balances help ensure reliable results while supporting efficient laboratory workflows.
High-Precision Measurement
Analytical balances typically offer readability as fine as 0.1 mg, making them suitable for weighing very small samples with confidence. Fast stabilisation helps reduce waiting time between measurements, improving productivity during routine laboratory work.
Stable and Reliable Operation
A glass draft shield protects the weighing chamber from air currents and environmental disturbances that could affect measurement accuracy. Depending on the model, balances may also support internal or external calibration to maintain consistent weighing performance over time.
Smart Functions for Everyday Laboratory Work
Modern analytical balances combine precision weighing with practical features that simplify daily laboratory operations.
- Multiple weighing modes for different laboratory tasks
- Backlit LCD display for clear readings
- RS-232 or USB connectivity for data transfer
- GLP/GMP-compliant data output on selected models
- Simple menu navigation for faster operation
These functions help improve workflow efficiency, reduce manual recording, and support accurate laboratory documentation.
Suitable for a Wide Range of Laboratory Applications
Analytical balances are widely used wherever highly accurate mass measurement is required.
- Pharmaceutical laboratories
- Chemical laboratories
- Research and development facilities
- Universities and educational laboratories
- Food testing laboratories
- Environmental testing laboratories
- Biotechnology laboratories
- Quality control laboratories
These balances are commonly used for weighing powders, chemical reagents, pharmaceutical ingredients, laboratory samples, filters, and other small materials where measurement accuracy directly influences testing and research results.