Laboratory

As we all see, laboratory furnaces are important equipment, almost indispensable in most laboratories today. So what is a laboratory furnace? What are its uses and what types are they divided into? We will share all of this in the article below.

Laboratory thermostatic baths are indispensable equipment in modern laboratories, helping to maintain stable temperatures for test samples, chemical reactions or microbial cultures. On the market today, there are many types of thermostatic baths with different technologies and features, making the choice difficult.

One of the most popular chemical separation and purification methods today, widely used in many industries such as chemicals, food, pharmaceuticals and essential oil production is the Distillation process. Based on the principle of separating the components of a mixture based on the difference in their boiling temperatures, it helps to obtain pure products and achieve high efficiency.

Completely eliminating harmful microorganisms on instruments not only helps protect the health of users but also ensures the accuracy and reliability of experimental results. Among the current sterilization methods, heat sterilization is highly appreciated for its effectiveness, safety and wide applicability.

Used autoclaves that have been operated for a long time will often encounter some unavoidable problems. So when encountering common problems with old autoclaves, what should users pay attention to and how should they handle them? EMIN invites you to learn more in the article below.

In analytical and biochemical laboratories, heating solutions always requires absolute caution. If the temperature is not controlled precisely and stably, the risk of denaturing the sample or affecting the results is very high.

Cleaning jewelry seems simple, but just one wrong step can cause the item to be scratched, deformed or lose its original value. Therefore, many people now trust ultrasonic cleaning tanks as a safe and effective cleaning method.

Is the use of an autoclave toxic, especially when this equipment is used frequently in laboratories, hospitals or research facilities? This concern is completely understandable, especially when you do not fully understand the operating principles or how to use it properly.

When it comes to chemical analysis, many people have a headache at the sample preparation stage, where errors are most likely and also the most time-consuming. Not all laboratories have enough manpower or time to perform this step manually, especially when the workload is large or safety requirements are high.

Many people are still hesitant between stone tables and cast iron tables. If you do R&D or test small details, need stability, then stone tables are the top choice, irreplaceable because they do not warp, are not affected by magnetic interference, and the longer you use them, the more solid they feel. But if the working environment is dusty, has a lot of collisions, or requires placing heavy objects, cast iron tables are more reasonable, both bearing well and saving initial investment costs.