Large part Scanning and Dimensional Control
3D Laser Scanning
Precision 3D Scanning for Large Part Inspection
In industries such as automotive, aerospace and heavy equipment manufacturing or fabrication, the most time-consuming task is to conduct a large part inspection of the various components.
By using Faro 3D laser scanner, large volume shell measurements and inspection of such components (i.e., pressure vessels) becomes easier, accurate and more efficient.
Benefits:
- Accurate Large Part Inspection
- Quick and portable solution to perform large part inspection.
- Inspection report by superimposing Scan to CAD.
- Products and component development using reverse engineering in the absence of plans or CAD data large part inspection and Reverse engineering aid the quality production and comprehensive documentations leads to standardization in advanced manufacturing processes.
3D Laser Scanning for Dimensional Control and Process Accuracy
Large part scanning and Reverse engineering aid the quality production and comprehensive documentations leads to standardization in advanced manufacturing processes.
- In conventional methods measurement are done manually, making the process complicated, with high possibility of human error. With 3D Laser Scanner the measurement and inspection is done by proven laser measuring method.
- With a single measurement, all possible geometric parameters (linear, horizontal, vertical, straightness, flatness, diameter etc.) can be analysed.
- Our In-Process Dimension Control Services include precise 3D Measurements, Alignment, and Levelling, Elevation checks, which are very useful in big objects or structures’ overhauling, Maintenance, Installations, erections & assemblies.
- In Industrial applications, while using old or used machines, it is seen that several times in operations the auxiliaries & prime movers get breakdown, due to misalignment & absence of benchmarks which results in loss of Important Production time and repair cost. By using scanning this can be eliminated.
FAQs
It involves precise 3D measurement of big components to ensure dimensional accuracy and compliance with design specifications.
It ensures parts fit correctly in assemblies, preventing production errors, rework, or operational failures.
Using laser scanners or photogrammetry, exact 3D data is captured and compared against CAD or design models.
Yes, advanced software identifies minute discrepancies, ensuring high precision and quality control.
Aerospace, automotive, shipbuilding, and heavy machinery rely on it for quality assurance of oversized components.
Absolutely, early detection of deviations reduces rework, saves material, and accelerates assembly processes.
Yes, deviations can be mapped onto CAD models for analysis and corrective action planning.
Modern 3D scanning allows rapid capture of complex surfaces, reducing time compared to manual measurement.
Yes, it doesn’t alter or damage parts, making it safe for finished components or critical assemblies.
Continuous dimensional verification ensures adherence to design tolerances, boosting product reliability and safety.