1kg 0.001g Analytical Laboratory Weighting Scale 1mg Electronic

Used to measure addition of chemicals to a given container by first taring the container with chemicals and then adding the required amount by weight. Determining the final amount of solids after evaporating the liquids or the original amount of water or other liquid Size: 9cm or 3.5 Round.

Analytical Balance Digital - 500 Grams - .001g 1mg Precision - Auto Calibrating

Electronic Balance - Laboratory Scales Economic Wholesale Trader from Hyderabad

Our U.S. Solid digital analytical balance is easy to operate with just a few buttons, and the 2 LCD displays provide clear readings. This laboratory precision scale can be used with an RS232 serial port and plugged directly into your computer for immediate data download. Multiple unit conversions are also available.

U.S. Solid 0.001 G Precision Balance – Digital Lab Scale 1 mg Analytical Electronic Balance with 2 LCD Screens, 310 G x 0.001g

U.S. Solid Digital Precision Scale Analytical Balance Electronic Lab Scale 0.01 g (1KG): : Industrial & Scientific

VEVORbrand Analytical Balance, 500g x 0.01g Accuracy Lab Scale, High Precision Electronic Analytical Balance, 13 Units Conversion, Counting Function, LCD Display, for Lab University Jewelry

High Precision Scale: capacity 0-100 g, resolution 0.001 g, repeatability±0.002g; equipped with bubble leveling, LCD display with backlit, height

US Solid 1mg Analytical Balance Digital Lab Precision Scale, RS232 Interface, AC100V-240V/4xDC1.5V (100g)

Cultivation Scales, Medical Scales

U.S. Solid 300g x 0.001g 1mg Digital Analytical Balance Precision Scale RS232 Interface

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A&D Weighing, MC-10KS, MC Series Mass Comparator w/ Simple Breeze Break & Auto-Centering Pan, 10.1 kg Capacity The MC Series is A&D's most capable high precision balance. An extended resolution version of the GX, it is equipped with enhanced functions and options so it can be used as a mass comparator as well. The extended resolution enables measurement of minute weight changes of heavy objects and small variations in the presence of heavy tare containers.