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  • PIPE STRESS ANALYSIS
  • 3D LASER SCANNING
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EC Engineering
Home
Engineering Services
  • PIPE STRESS ANALYSIS
  • 3D LASER SCANNING
SOLUTIONS
CASE STUDIES
ABOUT
More
  • Home
  • Engineering Services
    • PIPE STRESS ANALYSIS
    • 3D LASER SCANNING
  • SOLUTIONS
  • CASE STUDIES
  • ABOUT

  • Home
  • Engineering Services
    • PIPE STRESS ANALYSIS
    • 3D LASER SCANNING
  • SOLUTIONS
  • CASE STUDIES
  • ABOUT

3D Laser Scanning

✅Precision you can see — data you can trust.

Our high-precision LiDAR 3D laser scanning technology captures the true as-built condition of piping systems and process areas with sub-millimeter accuracy.
PTG transforms these detailed point clouds into an intelligent digital twin, giving you a complete, measurable model of your facility that forms the foundation for stress analysis, retrofit design, and construction planning.
By integrating real-world data into engineering workflows, we help clients reduce field rework, improve accuracy, and make faster, data-driven decisions.


Why Invest in 3D Laser Scanning for Your Plant?

  • Speed
    A single laser scanner can capture up to two million 3D data points per second, documenting your entire piping network in hours instead of days.
  • Accuracy
    Hand-held or tape measurements are prone to human error. LiDAR scanning delivers millimeter-level accuracy, ensuring every flange, elevation, and offset is measured exactly as it exists.
  • Reduced Costs & Change Orders
    Accurate, complete scan data helps eliminate field-fit errors, unplanned change orders, and project delays — saving time and material costs during fabrication or modification.
  • Comprehensive Data Capture
    No need to revisit the site for missed dimensions. Each scan captures hundreds of millions of points, providing data to answer unforeseen questions long after the fieldwork is done.
  • Minimal Downtime
    Scanning is fast, safe, and non-intrusive, often performed while systems remain in operation — reducing or avoiding costly shutdowns.
  • Enhanced Safety
    Measurements are obtained from the ground, keeping personnel out of hazardous areas, at heights, or near hot equipment.


Applications

  • Creation of a digital twin for accurate plant documentation
  • Verification of tie-ins and field fit-up accuracy
  • Detection of pipe sagging, deflection, and flange misalignment
  • Documentation of true as-built conditions for brownfield projects
  • Clash detection and digital model validation
  • Support elevation and alignment verification
  • Dimensional control for modification or expansion projects

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