What are Autosampler Vials: How to Select the Right One

Autosampler vials are a critical tool in various scientific and research laboratories, especially in the field of chromatography. They play a key role in maintaining the sample integrity and ensuring that the results are accurate.
In this blog, we will explain what autosampler vials are and how you can select the right ones for your scientific or research laboratory. So, before you contact an autosampler vials supplier in USA, do go through this blog.

What are Autosampler Vials?

Autosampler vials are containers that hold samples. They are very important in analytical testing as they provide a secure and contamination-free environment for samples. They are usually made of glass or plastic and are available in a variety of sizes. Glass vials are commonly made of borosilicate or amber glass, and plastic ones are mostly made from polypropylene.

How to Select the Right Autosampler Vial

Selecting the wrong kind of autosampler vial can contaminate your sample and, as a result, ruin your entire experiment. Here are some of the factors that you should keep in mind.

Compatibility with Other Instruments

Some instruments may require a specific type of autosampler vial for application. Some instruments may require vials made of borosilicate, while some may require vials made of polypropylene. Other factors to take into consideration are closure type and septa quality. Whether it is chromatography, EPA, or MS, using a suitable vial for the analysis method and instrument is essential for reliable and precise testing results.

Volume

Not all applications require the same size/volume of autosampler vials. Some may need microvials, while others may need autosampler vials of larger ml volumes. Choose an autosampler vial of the proper size to ensure the reliability of your results.

Chemical Compatibility

Chemical compatibility is also crucial when selecting an autosampler vial. Like, some tests may benefit from borosilicate vials because of their inert properties, while some analytical tests would benefit from vials made of amber glass, as they provide protection to light-sensitive samples. Chemical compatibility ensures accurate outcomes in chromatography and other types of analysis.

Conclusion

As you can see, it is essential to choose the correct autosampler vial for your research and medical experiments. Do keep these factors in mind before you contact a chromatography vials supplier in USA to buy vials for your laboratory. Remember, a wrong autosampler vial will give you inaccurate results and may also turn out to be hazardous for your experiment.