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Concrete scanning
and core drilling
for your projects

CoreScan is your reliable partner in diamond cutting, drilling and safe concrete dismantling.

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Why choose us

We have taken care of all the services that may interest you and made the principle of one window. Do not limit yourself to one service, by contacting us, you will receive a full range of all professional services.

Our company uses the most advanced technology in the industry to cut, scan and map the position of hidden objects, which allows you to safely cut and remove parts and building structures.

Our Services

Concrete scanning and coring
Ground Penetration Radar
Embedded electrical / data conduits in concrete
Slab on grade scanning for damage prevention
Post tension cables location
In-floor heating lines location
Scan & core test holes
Location of voids in concrete
Pre-construction concrete scanning & imaging for design purposes

our projects

01
/04
Lantera Ice Condo Lantera Britt Tridel aqauluna Tridel 10 York
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about us

11
+

Years continued growth and success

20
+

Сompleted projects in Canada

more about us

Corescan LTD was set up in 2010 and specializes in exceptional concrete scanning, non-destructive testing. We pride ourselves on the delivery of services that are reliable, accurate, efficient and excellent value. Services that are available 24/7 – when you need it.

We work closely with our customers to minimise the risks involved with construction works, giving them peace of mind, and enabling them to complete their projects safely, with minimum risk and with adherence to project deadlines and budgets.

Our knowledge of GPR enables us to explain any findings in detail and highlight the implications these may have on your project – professional, comprehensive reports are provided on completion of every project. Our strong solution based approach ensures collaboration and fulfilment of project requirements.

11
+

Years continued growth and success

20
+

Сompleted projects in Canada

more about us

questions & answers

Is GPR a safe testing technique?

GPR is extremely accurate when it comes to locating metallic and non-metallic objects. GPR systems work by sending a tiny pulse of energy into the ground from an antenna. An integrated computer records the strength and time required for the return of reflected signals. Any subsurface variations, metallic or non-metallic, will cause signals to bounce back. When this occurs, all detected items are revealed on the computer screen in real-time as the GPR equipment moves along. Users can even tell from the signal returned whether the feature in question is metallic or non-metallic.

How GPR works?

GPR is extremely accurate when it comes to locating metallic and non-metallic objects. GPR systems work by sending a tiny pulse of energy into the ground from an antenna. An integrated computer records the strength and time required for the return of reflected signals. Any subsurface variations, metallic or non-metallic, will cause signals to bounce back. When this occurs, all detected items are revealed on the computer screen in real-time as the GPR equipment moves along. Users can even tell from the signal returned whether the feature in question is metallic or non-metallic.

Can GPR detect non metallic objects on concrete?

GPR is extremely accurate when it comes to locating metallic and non-metallic objects. GPR systems work by sending a tiny pulse of energy into the ground from an antenna. An integrated computer records the strength and time required for the return of reflected signals. Any subsurface variations, metallic or non-metallic, will cause signals to bounce back. When this occurs, all detected items are revealed on the computer screen in real-time as the GPR equipment moves along. Users can even tell from the signal returned whether the feature in question is metallic or non-metallic.

How deep can GPR see to locate targets?

GPR is extremely accurate when it comes to locating metallic and non-metallic objects. GPR systems work by sending a tiny pulse of energy into the ground from an antenna. An integrated computer records the strength and time required for the return of reflected signals. Any subsurface variations, metallic or non-metallic, will cause signals to bounce back. When this occurs, all detected items are revealed on the computer screen in real-time as the GPR equipment moves along. Users can even tell from the signal returned whether the feature in question is metallic or non-metallic.