Thermal Imaging Cameras

6/25/2020 (Permalink)

At our SERVPRO, we have access to a handful of advanced technology that helps us stay on top of things. In certain situations, our team members may use a device known as Thermal Imaging cameras to detect changes in temperature which can indicate water. 

When you have a water damage, the water you see is only part of the problem. The water you do not see, behind walls or beneath floors, poses a risk as well.

If you do not dry all the water, then you will likely have secondary damage from mold or other microbes.

Thermal Imaging Cameras

Our productions managers may use thermal imaging cameras to help determine where water may be hiding out of sight. These cameras draw attention to changes in temperature.

If we see a spot that registers much cooler than the area surrounding it without a good reason for the temperature difference, we know to check that spot with a moisture meter to see whether excess water is hiding there.

You might wonder why we do not simply use the moisture meter on every surface.

The moisture meter must touch the surface in the spot with the moisture to measure it. We could spend all day sticking the meter on every spot in the building, or we can use the thermal imaging camera to quickly scan and see the spots that merit further investigation.

Get It Right the First Time

After a water damage, you need a restoration crew that can dry your building completely the first time.

At SERVPRO of Lexington-Bedford and of Waltham/Weston/Watertown/Wayland, our production managers are equipped with the latest technology, including moisture meters, thermal imaging cameras, and a very useful app known as DryBook. 

Call us at the first sign of a water damage. We are available 24 hours a day to take your call and determine the best strategy for restoring your building. We always want to be available to whoever may need our help which is why we offer 24/7 Emergency Services. 

We pride ourselves on making fire and water accidents "Like it never even happened."