Electronic Balance EZL-EB87 Catalog

Description

EziLab offers the Electronic Balance EZL-EB87, a top loading balance that weighs from 0 to 5100 g at 0.1 g readability, with repeatability of 0.2 g and linearity of 0.3 g. Readings settle within 2 seconds on a spacious 160 by 160 mm stainless steel pan. A fast-response tare, piece counting mode, optional under-weighing function, and printer connectivity option come in a compact 190 by 230 mm body that weighs 3 kg. That 5100 g ceiling with 0.1 g steps covers ingredient batching, reagent preparation, and component weighing that outgrow a small analytical balance. The tare key subtracts beakers and weigh boats in one press, and counting mode turns it into a counting scale for screws, tablets, or packaged parts. As a daily lab scale, it handles formulation checks and routine quality control weighing. Pharmaceutical formulation teams weigh excipients and bulk ingredients, while food, cosmetics, and chemical producers check batch components before mixing. Industrial QC labs and manufacturing floors use this digital balance for incoming inspection and part counts, and university teaching labs appreciate the simple controls. With the printer option connected, results carry straight into written batch records. See the Electronic Balances and Electronic Balance pages for full specifications.

Specifications

Weighing Range 0 to 5100g
Readability 0.1g
Repeatability ±0.2g
Linearity ±0.3g
Stable Time Less than or equal to 2S
Pan Size (D×H) 160 × 160 mm
Packaging Dimension (W×D×H) 230 × 250 × 100 mm
Dimension (W×D×H) 190 × 230 × 70 mm
Net Weight 3 kg
Gross Weight 5 kg

Features

  • ✓ Spacious stainless-steel pan
  • ✓ Fast-response tare function
  • ✓ Accurate piece counting feature
  • ✓ Optional under-weighing function
  • ✓ Versatile printer connectivity option

Standard Accessories

  • ✓ Adapter × 1 pc
  • ✓ Weighing Pan × 1 pc
  • ✓ Paper Carton × 1 pc

Applications

  • ✓ Electronic Balance EZL-EB87 is a weighing device designed for accurate and consistent measurements. It is commonly used in laboratories, research settings, industrial workspaces, and quality control processes.