3D INSPECTION
DIMENSIONAL INSPECTION AND 3D GD&T SERVICES
Why Perform 3D Inspection?
3D inspection from scan or prove data ensures parts meet design specifications by identifying dimensional deviations. It enhances quality control, reduces costly errors, supports regulatory compliance, and improves efficiency every industry - making it an essential process for maintaining precision, safety, and performance throughout the product lifecycle. 3D data also allows users to visualize and communicate the results effectively.
Key Benefits
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High Precision - Capture millions of data points to detect even the smallest dimensional deviations.
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Faster Turnaround - Drastically reduce inspection time compared to traditional methods.
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CAD Comparison - Compare scan data with design files to verify geometric dimensions.
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Detailed Reporting - Generate comprehensive inspection reports with visuals and annotations.
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Onsite or In-House - Flexibility to perform inspections at your facility, in the field, or in our Calgary lab.
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Non-Contact & Non-Destructive - Inspect delicate or complex surfaces without damaging or moving the part.
We offer several inspection methods to suit your project requirements. Not sure the differences between the options? Contact us for samples of each.
Scan-to-CAD
Scan-to-Scan
Scan Only
Probing
Laser Tracker Inspection Services
Precision Measurement for Complex Assemblies
At Rapid3D, we leverage the advanced capabilities of the API Radian Laser Tracker to deliver unparalleled accuracy in large-scale and intricate part inspections. Whether you're in aerospace, automotive, energy, or heavy machinery, our laser tracker services ensure your components meet the highest standards of quality and precision.
Why Choose Laser Tracker Inspection?
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Aligning large assemblies - Ensuring components fit together correctly during assembly.
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Calibrating machinery - Verifying and adjusting machine tools to maintain accuracy
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Inspecting tooling and fixtures - Confirming that tools and fixtures are within specified tolerances.
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Reverse engineering - Capturing detailed measurements of existing parts for redesign or reproduction.
The API Radian Laser Tracker is designed to meet these needs with exceptional precision and portability.
Scan-Based vs Laser Tracker Inspection
Both scan-based and laser tracker inspections are powerful methods for dimensional analysis, each with unique strengths suited to different applications. Understanding their differences helps you select the best solution for your quality assurance needs.
Scan-Based Inspection
Best For: Complex surfaces, freeform parts, difficult geometry over a wide size range of parts.
Measurement Technique: Captures millions of 3D points using structured light or laser scanning.
Accuracy: High accuracy for surface geometry and fine detail.
Speed: Fast data collection across entire surface.
Output: Full 3D mesh, color maps, deviation analysis, inspection reports.
Laser Tracker Inspection
Best For: Large-scale assemblies, precise alignments, tooling and jigs, etc.
Measurement Technique: Tracks a single point in 3D space using a laser beam.
Accuracy: Ultra-high precision over large distances.
Speed: Efficient for critical point measurements.
Output: Point-to-point measurements, alignment data, inspection reports.
Not sure which inspection method fits your needs?
Contact us for expert guidance or to request sample deliverables tailored to your application.
Quality Control (QC) inspections, First Article Inspections (FAI), and damage/wear analyses can be difficult without accurate and versatile 3D tools. Rapid3D is fully equipped with accurate data acquisition tools as well as powerful 3D inspection software to deliver the simplest reports for your most complex projects.
Interested in how these services are applied across industries? Explore our Industry Spotlight on Inspection services.
Contact us today with your 3D inspection project request.
Drag the blue slider to see the scan inspection colour map.
