Electronic Balance LELB-B10

Name: Electronic Balance LELB-B10
Brand: Labtron
SKU: LELB-B10
Rating: 4.8 (604 reviews)

Electronic Balance LELB-B10 has a linearity of ±0.2 mg and features a humanized design with a novel structure. It is equipped with an advanced electromagnetic weighing sensor, ensuring accurate results. The balance has a large LCD interface with a backlight display which improves readability. Additionally, it supports object counting and percentage weighing, along with digital multi-point linear calibration and direct density readings. Our balance is designed for use in industrial and mining enterprises, scientific research institutes.

Request Quote

Linearity	± 0.2 mg
Repeatability	± 0.1 mg
Units Supported	17 (grams, carats, pound, ounces, and more)
Dimension	345 × 223 × 331 mm

Automatic fault detection
Automatic internal calibration
Overload protection
Anti-static metal housing
RS232/USB interface
Multi-unit measurement
Built-in temperature display
Compact design

Our Electronic balance LELB-B10 is used in laboratories, research institutions, and industrial settings for precise measurement of small sample weights. It is ideal for applications requiring high accuracy, such as chemical analysis, formulation, and quality control.

Round pan × 1

Adapter × 1

200 g Standard weight × 1

Download catalog for
Electronic Balance LELB-B10 Catalog

Available Range :

Electronic Balance LELB-A21 : 0.3 g Electronic Balance LELB-B10 : ± 0.2 mg Electronic balance LELB-A10 : ±0.03

Models of Electronic Balance

Labtron Electronic Balance utilizes electrical components to provide accurate weight readings with capacity upto 5100g. They include various measurement units, such as grams, ounces, and milligrams. Their operation can be powered by batteries or AC adapters, providing flexibility for different settings. They feature draft shields to prevent air currents from affecting measurements. Our Electronic Balance is utilized in laboratories for chemicals, pharmaceuticals for drug formulation, and in food production.