It looks like you are using an unsupported browser. You can still place orders by emailing us on info@ossila.com, but you may experience issues browsing our website. Please consider upgrading to a modern browser for better security and an improved browsing experience.

How to Clean Your Analytical Balance and Microbalance

The instructions in the video and below describe how to correctly clean your laboratory analytical balance and microbalance. Following this method will prolong the working life of your laboratory balance and keep it weighing as accurately as possible.

Captions

  1. If you spill reagents within your laboratory balance you should immediately clean it.
  2. Start by gently brushing away the spilt reagent from the inside of the balance using a soft brush.
  3. Use a tissue or lint-free cloth to wipe away excess residue.
  4. A cloth dampened with water, mild soap or detergent may be used. No liquids can enter the unit.
  5. Remove the sample from the microbalance.
  6. Remove the weighing pan and guard.
  7. There may be other reagents hidden within the microbalance.
  8. Again using a soft brush or lint-free cloth remove the spilt reagent.
  9. Follow this with cleaning with a tissue, dampened with water, mild soap or detergent if necessary.
  10. Dry the balance completely using a tissue before reassembling.

Microbalance

Laboratory Balances

Learn More


Analytical Balance and Microbalance Calibration Analytical Balance and Microbalance Calibration

Calibrating of your analytical balance is an important process. It helps to maintain the accuracy and reliability of measurements taken. Regularly checking and undergoing calibration ensures that your balance is outputting accurate and repeatable data.

Read more...
Microbalances: A Case Study on Accuracy and Precision Microbalances: A Case Study on Accuracy and Precision

In this case study, we looked at the influence of microbalances on the accuracy and precision of the spin coating process, especially the thickness and evenness of the films it creates. By using a microbalance to measure the solution components, we show the relationship between accurate mass measurements and solution concentration, which lead to uneven films uniformity. It is known that mistakes in weighing will cause changes in concentrations, resulting in varying thickness in coating film. To highlight the effectiveness of the Ossila microbalance, we tested the measurements against a less accurate analytical balance from a competing company. The results showed the critical role of precise measurement in preparing coating solutions, highlighting the importance of using an accurate microbalance in spin coating.

Read more...

Contributing Authors


Written by

Dr. Amelia Wood

Application Scientist

Video by

Sam Force

Graphic Designer

Return to the top