Whether a facility is performing
cutting edge research or producing products such as pharmaceuticals,
an electric overhead laboratory mixer is a must-have tools to get the
job done. Air mixers are another viable option, depending on what the
mixture involves. Either machine typically requires additional
components, such as a stand for greater stability. Find out what to
think about as you choose an overhead laboratory mixer for your
company.
Preventing Sparks and Fires
In any laboratory setting, safety is of
premium importance. This goes from choosing lab equipment to
educating employees about certain protocols. When people must work
with volatile elements, safety becomes even more crucial to avoid
injuries and damage that could become seriously expensive and even
compromise research projects. Many companies opt for an explosion
proof mixer to have peace of mind about maintaining safety in the
facility. The built-in feature help to ensure the environment is
safer with fewer possibilities of getting injured. An example is a
stirrer that shuts of automatically when it gets caught in a
resistant mix until someone can remove the obstruction.
Simplicity of Operation
Complicated machines tend to confuse
employees and create a higher margin of error. The key is to choose a
mixer that has features that are simple to figure out so all
laboratory personnel can use it. Complex machines can also become
unsafe if they confuse workers and lead to tragic errors. A good
mixer will have a user-friendly control panel so it is easy to select
various tasks. Plus, the machine settings should be basic to figure
out so the machine operates at the ideal torque and speed. Consider
features such as a light on the mixer to instantly determine if the
machine is on or off.
The Mix Matters
Trying to use a plastic spoon to mix a
thick brownie batter would be impractical and impossible. The same
concept applies to select an overhead laboratory mixer. It is
essential to consider the elements you will mixing. If they are
thick, the machine must be sturdy and the motor needs to be strong
enough to handle the pressure. Find out the volume and viscosity of
what will e mixed by the stirrer to verify it can handle the job.
Other factors might also be relevant, such as the temperature, as
they could have an impact on the overall performance. Ask about
warranties to see what is covered if a breakdown should occur. Keep
in mind your requirements could change in the future. It is wise to
select a stirrer that will be able to deal with these changes to make
the most of your investment.
Additional Components
Overhead mixers will also use
additional components to tackle all kinds of projects. Inquire about
the availability of accessories, even if some of them come with the
stirrer, in case you need to replace them in the future. These parts
might include stirrers and stands. See if accessories can be
interchangeable to meet the needs of your lab if additional projects
with different specifications are taken on in the future.
