When you need the highest level of precision to handle the smallest jobs, check out our selection of micro balances that will make the job easy. These instruments are capable of measuring down the millionths of a gram, giving you complete control over the size of your sample. Ordinary balances are often limited to as little as a tenth of a milligram, making this the main distinction between them and micro scales. If you are looking for the highest level of precision and accuracy, this is the selection to choose from.
We have many micro balances that will help you get the job done. Top brands like AND and Sartorius have created a line of high-quality scales that will give researchers everywhere the ability to test and analyze samples down to the smallest level. They have the dependability and accuracy you need out of your balances, giving you results you can rely on lasting for years on end. With display modes including pieces, percents, and specific gravity, you can get the exact measurement you are looking for while saving time!
Capable of handling many different units and with built-in memory for hundreds of sets, our micro balances have a great amount of utility. A compact design and medium weight means that they are easy to transport and set up anywhere, capable of being used in just about any space with ease. Setup takes no time at all, just plug in and go! Automatic calibration ensures you spend as little time preparing as possible so that you can focus on your work with full confidence in your equipment.
Click on each product image to see a more detailed description of every item in our collection. If you still need help deciding on the best option for your needs, feel free to contact our expert support. We will help you get the high-quality balances you need at the best prices possible, so you can complete your work without stressing!
This new ME36S microbalance features an exceptionally high weighing capacity of 31g and a readability of 1µg. The ME36S is designed for weighing the smallest sample quantities even in relatively heavy or bulky sample containers.