- REVERSE ENGINEERING We employ high-precision 3D scanning technology to convert existing structures and mechanical parts into digital data.
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Through this process, point cloud data is collected and serves as the foundation for subsequent tasks. Based on this data, we create precise 3D models via BIM (Building Information Modeling) to analyze dimensions and tolerances of structures, verify design specifications, and make modifications as necessary.
Ultimately, we validate alignment between the actual structure and the digital model, ensuring all data and models match reality precisely. This process is essential for enhancing, replicating, or troubleshooting existing facilities, contributing to design efficiency and reducing project time and costs.
Key Features
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- High-precision 3D scanning technology
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- Collection and optimization of Point Cloud Data
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- BIM modeling based on Point Cloud Data
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- Dimensional and tolerance analysis
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- Verification of Alignment with Actual Site
Main Advantages
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Accurate digital conversion of real structures using high-precision 3D scanning technology
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Precise 3D model creation and structural analysis utilizing collected point cloud data
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Verification of design specification accuracy and design modification if necessary
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Ensures design accuracy by validating consistency between physical structures and digital models
Digitize all physical assets
from small facilities to complex industrial sites
with our reverse engineering.
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- Scan and Site Investigation
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We apply optimized scanning processes based on extensive experience in semiconductor
and display scanning. High-precision scan data is extracted using the latest 3D scanning equipment.
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- Data Alignment
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Data alignment tasks involve raw data acquisition, initial alignment, precise secondary alignment, and final error checking to produce highly accurate data.
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- BIM Modeling
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Point Cloud Data (PCD)-based BIM modeling creates detailed design data
with site-level precision.
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- MEP-Based Drawing Production
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ISOMETRIC drawings are generated from BIM modeling,
making BIM models easier to use in the field.
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- Inspection and Deliverable Production
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Scan and modeling data are cross-checked to produce final deliverables within
the permissible tolerance range.
