Find Every Defect with a Composite Testing System You Can Trust

  • Never miss a defect again

  • Test faster with in-house control

  • Get repeatable, reliable results every time

Trusted by Engineers at Top Companies

Worried About What You’re Not Catching?

Composite testing can be tricky, parts often hide delaminations, voids, and cracks that standard methods miss. And when a flaw slips through, it’s your team that takes the hit. Missed defects lead to failures, delays, rework, and risk. You can’t fix what you can’t see.

Infrared Makes the Invisible, Visible

Infrared NDT gives you what standard composite testing can’t—clear thermal images that expose critical flaws fast. You get repeatable results in-house, so you’re not waiting on labs, second-guessing data, or risking missed defects in production. When the part matters, you’ll know it passed for the right reasons.

Explore Our System’s Capabilities

Why Engineers Trust Infrared NDT

See What Other Methods Miss

Detect internal defects like delaminations, disbonds, and voids.

Inspection Without Bottlenecks

Inspect large or complex parts up to 10x faster than ultrasound.

Visual Confidence

Thermal images provide clear proof of defects.

Works on Any Shape or Size

Works on curved, layered, or irregular composite parts with ease.

Easy Integration

Seamlessly integrates with manual and automated workflows.

Traceable, Documented Results

Export inspection images for QA reports and compliance workflows.

The Composite Testing System Engineers Rely On

See What Other Methods Miss

Detects internal flaws often missed by other NDT techniques.

Rapid Scans

Inspects large parts in seconds, up to 10x faster than ultrasound.

Visual Confidence

Thermal images provide clear proof of defects.

Works on Any Shape or Size

Works on curved, layered, or irregular parts with ease.

Easy Integration

Seamlessly integrates with manual and automated workflows.

Traceable, Documented Results

Export inspection images for QA reports and compliance workflows.

Engineers switch to Infrared NDT because it eliminates bottlenecks and simplifies inspections.

Join the Pros Who Trust Infrared NDT

“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 time consuming to inspect before. I was able to improve my inspection time by a factor of 8 to 10 times!”

Don Norton
NDT Professional at Quatro Composites

How to Get Started

1

Book a Call to Explore Your Needs

Discover how you can take control of your inspections with IR NDT. We’ll discuss your goals and make sure the system fits your needs.

*Optional NDA available

2

Test a Sample to Validate Results

We’ll run a test on your actual part to show you exactly how the system performs, so you know it works for you.

*Small fee covers testing and reporting

3

Get Your Ready-to-Use System

We build your system to your needs, ship it fully configured, and provide training, so you can start inspecting with confidence, right out of the box.

Composite Testing for Every Sector

Aerospace

Finds hidden defects in composite parts like wings and fuselage panels to ensure safety.

Automotive

Checks carbon fiber parts for defects to reduce failures and keep performance high.

Wind Energy

Identifies cracks and moisture in turbine blades to prevent costly failures and reduce downtime.

Defense & Military

Inspects composite structures like UAVs and armor to ensure reliability in the field.

Active Thermography NDT Methods

Lock-In Thermography

Applies a continuous, modulated heat source while synchronizing infrared measurements to detect defects with high signal-to-noise ratio.

Transient Thermography

Involves heating the sample and observing the natural cooling process to detect flaws based on changes in thermal behavior over time.

Pulse / Flash Thermography

Uses a high-intensity, short-duration heat pulse (like a flash lamp) to reveal subsurface defects based on how heat spreads across the surface.

What Makes irNDT Ideal for QA and Compliance

  • Detects internal flaws: delams, disbonds, inclusions, and voids
  • Active thermography for deeper flaw detection
  • Non-contact and safe for aerospace-grade composites
  • Compatible with robotic arms and fixed stations
  • Inspection data and images exportable for reports
  • Proven in aerospace, automotive, and defense programs

Frequently Asked Questions

IR NDT is a fast, non-contact inspection technique that uses thermal imaging to detect hidden flaws in materials. By applying controlled heat and monitoring the thermal response with an infrared camera, it reveals defects below the surface, without damaging the part.

Our systems can identify:

  • Delaminations
  • Cracks
  • Disbonds
  • Inclusions
  • Voids
  • Corrosion under paint or insulation (CUI)
  • Impact damage
  • Water intrusion and moisture
  • Manufacturing defects

If you have a unique concern, reach out. Chances are, we’ve seen it before!

We support a wide variety of materials, including:

  • Carbon fiber (CFRP) and composite laminates
  • Aluminum and steel (metals)
  • Plastics and honeycomb structures
  • Painted, coated, or insulated surfaces

IR NDT is trusted for:

  • Detecting corrosion under paint or insulation (CUI) in pipelines and tanks
  • Locating water intrusion in composites, foams, and building materials
  • Inspecting aircraft structures for delamination and impact damage
  • Quality assurance in automotive, marine, energy, and manufacturing
  • Verifying welds, adhesive bonds, or repairs
  • Evaluating art, restoration projects, and historic structures
  • Faster: Inspections take seconds to minutes—up to 10× faster than ultrasound
  • Non-contact: No need for gels or couplants, works on sensitive surfaces
  • Safer: No ionizing radiation, easy operator training
  • Versatile: Excels at complex shapes and large areas, ideal for both lab and production

We offer multiple inspection techniques, chosen for your application:

  • Flash (Pulse) Thermography: A rapid, high-intensity burst of energy reveals surface/subsurface flaws over large areas
  • Lock-In Thermography: Periodic heating for deeper flaw detection and material characterization
  • Transient Thermography: Analyzes heat flow through parts for complex inspections
  • Vibro Thermography: Ultrasound-induced friction heats flaws, highlighting cracks and delaminations
  • Eddy Current / Induction Thermography: Targeted heating for conductive materials and advanced defect detection

Our experts will recommend the best approach for your inspection goals.

Our systems are compatible with:

  • Flash lamps and halogen lamps
  • Vibro/ultrasound sources
  • Eddy current/induction heating
  • Electrical heating elements
  • Lasers

The heat source is matched to your material and inspection depth for optimal results.

Detection depth depends on the material, defect type, and method:

  • Flash Thermography: typically up to a few millimeters in metals, deeper in composites
  • Lock-In or advanced techniques: can achieve greater depths for some applications

Contact us to discuss your specific part and requirements.

Sensitivity varies with the method, material, and camera used. Our cooled cameras can detect subtle temperature differences and fine cracks. We’ll assess your part to determine realistic detection limits.

Yes. Our software provides measurement tools for defect depth, area, and thermal properties. Results are easily exported (images, CSV, reports) for documentation and quality assurance.

Absolutely. We support:

  • Standalone lab and QA inspections
  • Integration into production lines, including motion and automation
  • Robotic arm mounting for full automation
  • Data export to databases, MES, or QA software

We offer custom automation and integration services as needed.

Yes. Our methods and equipment can be tailored to comply with industry standards (ASNT, ASTM, and customer-specific NDT requirements).

Yes! We provide:

  • Live online demonstrations
  • Remote sample evaluations (send us your part, see real results)
  • Virtual or on-site consultations

Most inspections are completed in seconds to minutes, depending on part size and method. It’s definitely much faster than traditional techniques.

1. Discuss your application – Tell us what you need to inspect.
2. Sample evaluation – We test your parts to ensure a great fit.
3. Get a recommendation and quote – Customized for your needs.
4. Delivery & training – We build, ship, and train your team.

No formal certification needed. We provide comprehensive training, and our systems are designed to be easy to use—even for new operators.

Every system includes:

  • In-depth training (on-site or virtual)
  • Ongoing technical support by phone, email, or remote session
  • Software updates and user resources

IR NDT may be less effective for:

  • Very thick or highly reflective materials
  • Deep defects in metals (limitations on penetration depth)
  • Small or tight areas with restricted access

We’ll help you evaluate whether IR NDT is right for your application.

Absolutely. We routinely handle sensitive projects and are happy to sign an NDA before you share details or send samples.

Get Started with Thermography NDT

Have questions? Ready to bring inspections in-house? Let’s talk.