Benchtop incubators are devices used to maintain a steady environment for maintaining temperature and humidity in a process. A benchtop shaking incubator is used in a different process that involves culturing bacteria and cultivating plasmids.
If you're just starting in the research field or have been trying your hand at it for a while now, then chances are you've heard of benchtop shaking incubators. These incubators create an environment where things can grow and be induced with heat to bring them into an active state.
Benchtop Shaking Incubators Defined
A benchtop shaking incubator is defined as a device that keeps the temperature steady and the oxygen high, which is key for keeping culture in an active state. The main purpose of this device is to keep the right conditions for the growth of your sample. When you have such an incubator, you must place your sample inside and set the temperature settings accordingly. By adjusting the temperature per your requirement, you will surely get a better lifetime of different laboratory samples.
Who Needs a Benchtop Shaking Incubator?
Scientists and those in the field of biology are some of those who use these devices. You can also use these incubators to grow bacteria that have been frozen or stored in another way. Then, you must exert thermal energy on the bacteria to resume its active state.
The purpose of using a Global Lab Supply Benchtop Shaking Incubator is to provide your sample with the right conditions to allow it to grow. If you cannot put your sample at the right temperature, then even after you expose it to oxygen, the growth won't occur.
A Benchtop Shaking Incubator and Your Sample
You can place any sample into a benchtop shaking incubator. You can even use a tissue sample if you want to do so. The important part here is that you must keep your sample in the right conditions because only if you can keep it under the working temperature and have it exposed to oxygen will it be able to grow.
A benchtop shaking incubator allows you to speed up the growth time of your sample. Its main function is to give the right environment for growth, making it easier for laboratory scientists to formulate better results.
