EziLab offers the Standard Analytical Balance EZL-SAB61, a draft shield balance that weighs up to 110 g with 0.001 g (1 mg) readability for pharmaceutical labs running sequential sample measurements. Choose it over open-pan milligram balances when air currents disturb readings, since the 240 × 190 × 265 mm windproof cover encloses the Ø90 mm pan and keeps the last digit steady. Repeatability of ±0.002 g, linearity of ±0.003 g, and a 0.004 g minimum weighing value define its working range, and a high-precision magnetic sensor settles readings in 3 seconds or less for high-throughput weighing. External calibration with the 100 g calibration weight keeps accuracy traceable during scheduled checks, and an overload alarm warns before excess load stresses the sensor. The cast aluminum housing adds rigidity on the bench, while printer capability records results for batch documentation. Pharmaceutical teams use it for sample preparation and formulation weighing, research labs perform differential weighing for moisture loss and coating gain, and density determination supports material identification and purity checks. Medical research groups and educational institutions rely on it for everyday weighing and hands-on teaching of analytical technique. See the Standard Analytical Balance and Standard Analytical Balance EZL-SAB61 pages for full specifications.
| Capacity | 110g |
|---|---|
| Readability | 0.001g |
| Minimum Weighing | 0.004g |
| Repeatability | ± 0.002g |
| Linearity | ± 0.003g |
| Stable Time | ≤ 3S |
| Pan Size | Ø90mm |
| Calibration | External Calibration |
| Calibration Weight | 100g |
| Dimensions | 340 × 215 ×350 mm |
| Draft Shield Dimensions | 240 × 190 × 265 mm |
| Inner Box Dimensions | 415 × 285 × 430 mm |
| Outer Box Dimensions | 475 × 315 × 485 mm |
| Weight | 7.5 kg |
Cast aluminum outer covering
High-precision magnet sensor
Includes overload alarm
Spacious windproof cover
Printer
Standard Analytical Balance is used for sample preparation, formulation, differential weighing, and density determination in medical research, educational institutions, etc.