Ezilab's Precision Balance EZL-PB103 serves pharmaceutical laboratories that need a capacity and readability combination between the fine-resolution 300g balance and the mid-capacity 5,100g unit in this line. At 2,000g capacity with 0.01g readability and RS232/USB output, this precision weighing balance handles sample sizes beyond the 300g balance's range while holding tighter resolution than the 5,100g model's 0.1g readability, filling the practical middle tier most pharmaceutical formulation work actually needs. That 0.01g readability at 2,000g capacity suits ingredient weighing and formulation checks where sample sizes run into the hundreds of grams to low kilograms but still require finer precision than a bulk-capacity balance provides — a common range in pharmaceutical batch preparation that neither the smallest nor largest balance in this line covers as directly. RS232 and USB output carry the same direct data connectivity as the 300g model, letting results feed straight into a LIMS or connected computer rather than requiring manual transcription, which matters for pharmaceutical labs documenting weighing steps as part of a regulated batch record. Formulation teams weighing mid-range ingredient quantities where connectivity and precision both matter get a balance matched to that specific combination of needs. EziLab's Precision Weighing and Precision Balance cover mid-range connected weighing needs across USA pharmaceutical laboratory settings.



Quantity:
$1119
Capacity 0 to 2000 g
Readability 0.01 g
Repeatability ±0.02 g
Linearity ±0.02 g
Stability Time < 1.5 s
Working Temperature 15 to 35 °C
Pan Size (L x W) Square pan 168 x 165 mm
Output Interface RS232 or USB
Equilibration Bubble level/Underhook
Weight 2200 g
  • Equipped with overload protection

  • Lithium battery for extended usage

  • Advanced connectivity options

  • Large stainless-steel pan

  • Integrated hybrid power systems

  • Precision Balance EZL-PB103 is ideal for laboratory settings, educational institutions, jewellery shops, and industrial environments, providing precise weight measurements for experiments, quality control, and inventory management.