Non-Destructive Testing Service.
Offering low volume NDT 3D Imaging for feasibility studies and research projects.
How we work.
Step 1 Feasibility Study: Digital Tomosynthesis Imaging Workflow.
We initiate each project with a structured fact-finding session to understand your testing objectives and production context.
This includes:
- Material composition and imaging challenges
- Part geometry, size, and complexity
- Stage of manufacturing and inspection throughput
Using this information, we design targeted work packages that align with your production phase, whether for inline inspection, failure analysis, or process validation, ensuring Digital Tomosynthesis is applied effectively to your imaging requirements.
Step 2 Feasibility Study: Validating DT Imaging for Your Application.
Before committing to a full system build, we conduct a Digital Tomosynthesis feasibility study (typically 2–5 imaging days) to:
- Capture high-resolution, layer-by-layer images of representative parts
- Assess DT’s ability to detect internal features, defects, or structural inconsistencies
- Determine optimal imaging parameters and system configuration
Step 3 Feasibility Study: Report and Dataset.
The study concludes with a detailed report and image dataset, showcasing DT’s performance on your parts. This forms the technical foundation for configuring a full NDT imaging system tailored to your quality control or R&D needs.
Why Digital Tomosynthesis (DT)?
DT offers distinct advantages over traditional X-ray and ultrasound for NDT:
- Layered Imaging: DT captures multiple slices through a part, enabling 3D-like visualization without full CT reconstruction—ideal for complex assemblies or layered materials.
- Superior Defect Detection: DT reveals subtle defects (e.g., delaminations, voids, cracks) that may be missed by 2D X-ray or ultrasound, especially in composite or multi-material parts.
- Reduced False Positives: By minimizing overlapping structures, DT improves defect classification and reduces unnecessary rework.
- Non-Contact & Non-Destructive: Unlike ultrasound, DT requires no coupling medium and is ideal for delicate or high-precision components.
- Faster Than CT: DT provides enhanced depth resolution with significantly shorter scan times and lower computational overhead than full CT.
Ready to Explore DT for Your Manufacturing Workflow?
Contact us to schedule a feasibility study or discuss how Digital Tomosynthesis can enhance your inspection capabilities.