Effortless & Reliable Composite Material Testing

Infrared NDT Systems for Composite Material Testing

Detect Hidden Defects in Your Composites

Ever struggled with detecting hidden flaws in your composite materials? At MoviTHERM, we understand the challenges engineers face. Our infrared non-destructive testing systems act as your dedicated problem solver when it comes to composite material testing.

By leveraging infrared technology, our systems offer accurate testing results and empower you to address vulnerabilities proactively. Say goodbye to engineering uncertainties – our infrared NDT systems are your go-to solution for ensuring the integrity of your composite structures.

How does it work?

Active thermography is an NDT technique that involves heating the material’s surface and using an infrared camera to monitor the heat flow. Discrepancies in the heat flow can indicate flaws such as delaminations, voids, or inclusions that are not visible on the surface. Active infrared NDT is particularly effective for composites due to their complex structures and diverse material properties.

Detectable defect types

Surface

Internal Subsurface

Delaminations

Voids

Cracks

Porosity

Disbonds

Foreign Objects

composite material testing of wind turbine

Non-Contact Inspection Method

By using active thermography, your materials remain untouched and undamaged. You can trust that the structural integrity of your composites will be maintained, ensuring they continue to perform as expected, saving you from costly repairs or replacements.

Rapid Inspection Process

With a rapid inspection process, you’ll experience minimal interruptions. This means you can keep your operations running smoothly without the long downtimes usually associated with traditional inspection methods. More uptime equals more productivity and profitability for your business.

large area composite material testing
engineer doing analysis on his composite material testing

Informed Decision Making

MoviTHERM’s NDT systems provide high-resolution images that reveal the invisible flaws within composites. With this level of detail, you can make accurate, data-driven decisions to manage and maintain your materials, leading to safer, longer-lasting products and structures.

Effortless & efficient composite inspection

Sensitivity to Surface and Subsurface Defects

Detect a wide range of otherwise difficult-to-identify flaws.

Non-contact and Non-invasive

Requires zero physical contact with the material, preserving its integrity.

Rapid Inspection

Large areas can be scanned quickly, making it suitable for real-time monitoring.

Versatility

Can be applied to various composite materials and complex geometries.

Safety

Does not involve harmful radiation, making it safe for the operator and the environment.

Data Documentation

Receive a full-field view of the inspection area for better documentation and analysis.

Companies using this technology

What professionals have to say…

“MoviTHERM’s NDT system has enabled me to inspect my composite structures much faster compared to my ultrasound method. My aircraft parts have many part lines, which were difficult and time-consuming to inspect before. I was able to improve my NDT inspection time by a factor of 8 to 10 times!”

Don Norton, NDT Professional at Quatro Composites

“MoviTHERM goes out of their way to provide valuable/cost-effective solutions for their customers, plus they work exceptionally hard to ensure their customers are completely satisfied. The company has a very highly skilled team of engineers and are definitely a “go-to” organization for machine vision automation. I highly recommend MoviTHERM!”

Gregory Smith
Gregory Smith, National Sales Manager at Anritsu

Why active thermography is the best choice…

Active Thermography Ultrasonic Testing Radiographic Testing Electromagnetic Testing X-ray/Neutron Imaging
Rapid Inspection Speed
Inspection Effectiveness
Large Inspection Area
Subsurface Defect Detection
Repeatable Testing
Ease of Interpreting Results
Safe Inspection
Required Training Moderate High High High High
Depth of Defects Detected Shallow to moderate Deep Deep Shallow Deep
Size of Defects Detected Small to large Small to large Small to large Small Small to large

How to Get Started

Explore our NDT solutions

modular irndt system

Modular NDT System

Maximize the reliability of your materials with a modular irNDT system.

  • Utilize multiple active thermography techniques for targeted and precise analysis.
  • Effortlessly configure tests to suit your specific requirements.
  • Achieve accurate results with a range of infrared cameras.
C-CheckIR

Portable NDT System

Elevate on-the-go testing with the portable irNDT system.

  • Conduct accurate, transient non-destructive testing with a device that fits your mobile needs.
  • Navigate and operate with ease using the intuitive tablet interface.
  • Gather and analyze test data effortlessly, anywhere.
C-CheckIR Sensor

Automated & Robotics

Revolutionize your inspections with an automated irNDT system.

  • Designed for flawless integration with automated systems and robotics.
  • Durable and compact, it stands up to the toughest industrial environments.
  • Incorporates sophisticated camera technology for unwavering accuracy in transient testing.
Infrared Non-destructive Testing Guide

Download the Infrared NDT Started Guide

  • Learn how Infrared NDT works

  • Learn what type of defects you can find

  • Learn how large of an area you can inspect

  • Learn how this method compliments UT inspections

  • Learn how to save valuable inspection time

Helpful resources

Non-Destructive Testing Feasibility Studies carbon composite part

Use of Thermal Imaging for Composite Inspection

Discover the four subcategories of infrared nondestructive testing for the use of composite inspection solutions.

Detecting Voids and Delaminations in Carbon Fiber Structures with Foam Cores Using Active Thermography for composite material testing

Detecting Voids in Carbon Fiber Structures

Explore the use of active thermography for detecting voids and delaminations in carbon fiber structures with foam cores.

delamination inspection of CFRP using transient thermography

Delamination Inspection of CFRP Structures Using Transient Thermography

Learn how transient thermography can be utilized for inspecting bond lines in CFRP stringers.