About Us

Integrated Quality Services was founded in 2001 with the objective of providing a service with the level of quality, reliability and integrity demanded by various industries that rely on nondestructive examination methods.
The philosophical foundation of the company is underscored by selecting and employing the most qualified, experienced and highly motivated personnel who share the same objective.
Integrated Quality Services provides its seasoned, multi-disciplined technicians with the latest equipment and technology available in the industry to assist them in their evaluations.
Because we care about our clients, our services extend beyond meeting their expectations to providing a level of confidence in the assurance of the integrity of their product.
This is how we stand apart from our competitors.

x-ray machine parts


FIELD   •   LAB    •    ABOUT   •   CONTACT  •   VIDEO 

Steadfast Examinations and Quality Services

NDE turbine Integrated Quality Services pledges safe, efficient, experienced, and professionally certified Inspectors, trained and documented in their respective fields through the most rigorous instruction and testing available. Reliability, Integrity and Quality are demanded throughout out industry. Integrated Quality Services was founded on these principles, offering codes compliance and experience you can depend on.


Quality Policy


The management of Integrated Quality Services shall be recognized by our customers of our commitment for continual improvement of the quality system in order to provide services that meet or exceed our customer’s expectations, requirements and needs.
It is the policy of Integrated Quality Services to ensure that this is achieved through the implementation and maintenance of the quality system, which is a responsibility that is shared by all Integrated Quality Services employees.


piping ndt

What is NDT?

“A Quality Conformance Test That Does Not Eliminate The Future Usage Of The Product Or Service Being Tested.”

“In nondestructive testing, tests are carried out in such a way as to not disturb the specimens structural or surface integrity. This type of testing is valuable because the specimen is not destroyed, however, these techniques generally require greater operator skill and the results are not always straightforward to interpret.”


Nondestructive testing (also called NDT, nondestructive evaluation, NDE, and nondestructive inspection, NDI) is testing that does not destroy the test object. NDE is vital for constructing and maintaining all types of components and structures. To detect different defects such as cracking and corrosion, there are different methods of testing available, such as X-ray (where cracks show up on the film) and ultrasound (where cracks show up as an echo blip on the screen). This article is aimed mainly at industrial NDT, but many of the methods described here can be used to test the human body. In fact methods from the medical field, where there tends to be more development funding available, have often been adapted for industrial use, as was the case with Digital Radiography.

While destructive testing usually provides a more reliable assessment of the state of the test object, destruction of the test object usually makes this type of test more costly to the test object's owner than nondestructive testing. Destructive testing is also inappropriate in many circumstances, such as forensic investigation. That there is a tradeoff between the cost of the test and its reliability favors a strategy in which most test objects are inspected nondestructively; destructive testing is performed on a sampling of test objects that is drawn randomly for the purpose of characterizing the testing reliability of the nondestructive test.

The Need For NDT

It is actually very difficult to weld or mold a solid object that has no risk of breaking in service, so testing at manufacture and during use is often essential. During the process of molding a metal object, for example, the metal may shrink as it cools, and crack or introduce voids inside the structure. Even the best welders (and welding machines) don't make 100% perfect welds. Some typical weld defects that need to be found and repaired are lack of fusion of the weld to the metal and porous bubbles inside the weld, both of which could cause a structure to break or a pipeline to rupture.
During their service lives, many industrial components need regular nondestructive tests to detect damage that may be difficult or expensive to find by everyday methods. For example:

  • • aircraft skins need regular checking to detect cracks;
  • • underground pipelines are subject to corrosion and stress corrosion cracking;
  • • pipes in industrial plants may be subject to erosion and corrosion from the products they carry;
  • • concrete structures may be weakened if the inner reinforcing steel is corroded;
  • pressure vessels may develop cracks in welds; the wire ropes in suspension bridges are subject to weather, vibration, and high loads, so testing for broken wires and other damage is important.

Over the past centuries, swordsmiths, blacksmiths, and bell-makers would listen to the ring of the objects they were creating to get an indication of the soundness of the material — a function that is now carried out by instrumentation and referred to as acoustic emission.


NDT Books

  • Bray, D.E. and R.K. Stanley, 1997, Nondestructive Evaluation: A Tool for Design, Manufacturing and Service; CRC Press, 1996.
  • Chuck Hellier, Handbook of Nondestructive Evaluation, McGraw-Hill Professional; 2001
  • Peter J. Shull, Nondestructive Evaluation: Theory, Techniques, and Applications, Marcel Dekker Inc., 2002.
  • ASTM International, Annual Book of ASTM Standards, Volume 03.03 Nondestructive Testing
  • ASNT, Nondestructive Testing Handbook