High Precision Electronic Balance for Laboratory

An All-Around Product Guide

Ultra-Precise 0.01g Electronic Analytical Balance

This high-precision electronic balance can measure up to 5000g with a resolution of 0.01g. It is ideal for accurately measuring the quantity and quality of objects in a variety of settings, including industrial, agricultural, commercial, educational, pharmaceutical, and scientific environments.

High Sensitivity

The 5000g x 0.01g lab scale features high-stability sensors, single-chip microcomputers, and intelligent balance technology. This advanced design ensures accurate measurements, even when resistance strain sensors cause creep and non-linearity issues.

Accurate Measurement Adjustment

This precision scale includes adjustable feet and a level bubble, allowing for accurate measurements in different environments. This feature ensures consistent and reliable results, no matter where you use the balance.

Multi-Functionality

The scientific balance includes tare function, self-calibration, memory, counting, unit conversion, and manual calibration. You can easily switch between various units such as grams (g), kilograms (kg), carats (ct), pounds (lb), ounces (oz), troy ounces (ozt), carats (ct), pennyweights (dwt), percent (%), tolerance (tol), millimeters (mm), pieces (pcs), calories (cal), and tare/zero.

Durable Material

The large stainless steel weighing pan (170X150mm) can accommodate a variety of objects, including jewelry, screws, and powder. This durable material ensures longevity and ease of use.

Intelligent Design

The balance features high-stability sensors and a large backlit LCD display, providing clear visibility of the weighing results. Overload alarms, error indications, and external calibration options are included, enhancing its usability in laboratory settings.

Versatile Applications

This laboratory analytical balance is recommended for basic analytical applications that require precise performance and durability. It is perfect for use in chemical analysis, mining, textile experiments, education, and other fields.