In the process of weighing using micro analytical balance, environmental and physical factors can interfere with the results of weighing, such as temperature, sample volatilization, moisture absorptio...
In order to ensure the precision of Laboratory Electronic Balance, we must adjust the position of the Balance and do the calibration work. Laboratory Electronic Balance horizontal bubble is mainly use...
When we use Laboratory Electronic Balance, the first thing we consider is the stability of the Balance, the sensitivity of the Balance, the correctness of the Balance, and the invariance of the value ...
Since the digital electronic balance is a very sensitive and high-precision weighing instrument, it can be accurate to 3,4,5 decimal places, closing the side door to block the air convection inside an...
0.1mg electronic balance usually uses an electromagnetic force sensor (see load cell) to form a closed-loop automatic regulation system with high accuracy and good stability.
0.01g Balance is also very demanding to use, so the placement environment and GE method are specified. 0.01g Balance will be placed in the following environment.
Unlike the previous time in the weighing, the results of the weighing also need to be checked manually to determine, so naturally, there will be some deviation. However, it is important to know how to...
As a precision Balance, 0.01g Balance can be used in many scenarios. It is an indispensable instrument for Quantitative analysis work and is the guarantee of obtaining reliable analysis results.
Check that the 0.1 mg electronic balance is in a horizontal position. If the bubble in the bubble level is not in the middle of the circle, stand up, look at the level and rotate the two pads under th...
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