A Guide To Choosing The Right Chillers And Coolers For Your Lab

A Guide To Choosing The Right Chillers And Coolers For Your Lab

A Guide To Choosing The Right Chillers And Coolers For Your Lab

 

Many different industries require immersion coolers and chillers. These tools aid in temperature regulation, which can be essential when any type of organic material or chemical compounds are involved. Once you determine that you need immersion or recirculating coolers or chillers, the next step is to decide which type you need. Use this guide to pinpoint the ideal cooling tool for your laboratory.

 

Applications Of Coolers And Chillers

The uses for these pieces of laboratory equipment are vast, spanning from manufacturing to medical diagnostics. The following are just a few of the most common applications for these tools:

 

  • Chemical Processing: Any chemical reaction is going to produce heat, but it is often important to restore a lower temperature afterward.
  • Plastic Production: Especially with injection molding, plastic is melted, poured into its form, and cooled rapidly to retain the product's shape.
  • Medical Diagnostics: With tests such as CT scans and MRIs that happen in one of the 5,564 hospitals in the U.S., the equipment becomes faulty when it overheats. In order to get an accurate diagnosis, the machine must be kept cool.
  • Manufacturing: Any friction and heat between metal parts can be dangerous to the entire process, so individual parts may need to be cooled periodically.
  • Laser Use: To keep the internal mechanisms of the lasers cool, technicians often use chillers and coolers. Otherwise, the laser may not be as precise.

Types Of Coolers And Chillers

Depending on the size and location of your operation, you may need one of the following chillers.

 

  • Benchtop: Also called portable coolers or chillers, these tools are perfect for a smaller lab or field work. They are also useful for cooling smaller tools.
  • Water-cooled: These coolers and chillers extract the heat from the object you are cooling and deposit it into an external water source. These tools are better for larger operations such as manufacturing plants.
  • Air-cooled: Similar to water-cooled chillers, these machines deposit excess heat into the air. They require less equipment than their water counterparts, but also consume a bit more energy.

Recirculating coolers and various types of chillers are laboratory staples, providing essential temperature control to even the most heat-sensitive items. As always, be sure to educate your team on best practices for use and purchase any necessary products for improving laboratory safety. This will keep your equipment running well and your team from sustaining any temperature-related injuries.