Electronic Balance EZL-EB54 Catalog

Description

EziLab offers the Electronic Balance EZL-EB54, an analytical balance built for laboratories that need sub-milligram accuracy in daily weighing. It handles samples from 0 to 200 g with 0.1 mg readability, ten times finer than standard 1 mg models, making it suited to small-mass measurements where minor errors affect results. Magnetic sensor technology provides precise, repeatable readings with fast stabilization time, while internal calibration maintains accuracy without the need for external test weights. A ø90 mm stainless steel pan resists corrosion and cleans easily, and the 250 mm working space height accommodates beakers, weighing boats, and small containers. Piece counting, adjustable leveling feet, and a 310 × 230 × 330 mm footprint support stable bench placement and flexible use. In industrial settings, pharmaceutical quality control teams use this lab balance for reference standard verification, active ingredient weighing, and batch formulation checks. Chemical and analytical laboratories rely on it for trace additive weighing and sample preparation ahead of instrumental analysis, while material testing departments measure small specimens for composition work. Research centers and academic labs use it for precise formulation and experimental measurements across chemistry and life science projects. See the Electronic Balance and Electronic Balance EZL-EB54 pages for full specifications.

Specifications

Weighing Range 0-200 g
Readable Precision 0.1 mg
Scale Size ɸ90 mm
Height Of Working Space 250 mm
Calibration Internal
Outline Dimension (W×D×H) 310 × 230 × 330 mm
Net Weight 7.5 Kg

Features

  • ✓ Magnetic sensor technology
  • ✓ Stainless steel pan
  • ✓ Piece counting function
  • ✓ Fast stabilization time
  • ✓ Adjustable levelling feet

Applications

  • ✓ Electronic Balance EZL-EB54 is ideal for precise weighing applications in laboratories, research centres, and industrial quality control. Its high sensitivity and quick response make it suitable for analytical chemistry, formulation, and material testing applications.