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Reverse
Engineering

JINYOUNG TBX Reverse Engineering converts existing turbine blades, vanes, rotors and precision parts into accurate digital models and manufacturable drawings. By combining 3D scanning, CMM measurement and CAD / CAE tools, we support part reproduction, design improvement and lifecycle extension for power generation and industrial turbomachinery assets.

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Reverse engineering of turbine blades and turbomachinery components
Our Role in Reverse Engineering

JINYOUNG TBX Reverse Engineering bridges the gap between legacy parts, incomplete documentation and modern manufacturing. We capture the true geometry and performance intent of critical components and turn them into reliable, reproducible digital data.

From Field
Part to Digital Twin.

Accurate Geometry Capture.

Use of 3D scanners, CMM and optical measurement to capture airfoil, platform, root and shroud geometry of turbine blades, vanes and rotating parts with high fidelity ''even after service wear.

CAD Model & Drawing Reconstruction.

Creation of clean 3D CAD models, parametric features and 2D drawings that reflect design intent, tolerances and manufacturability ''ready for machining, analysis and configuration control.

Analysis, Optimization & Documentation.

Comparison of as-found vs. nominal geometry, stress and flow checks, and documentation of findings so that improved designs, repair procedures or interchangeable spare parts can be implemented with confidence.

3D Scanning & Measurement

CAD Reconstruction & Modeling

Simulation & Design Improvement

Documentation & Manufacturing Support

How We Work

A structured reverse engineering workflow
from field part to qualified production data.

The JINYOUNG TBX Reverse Engineering team brings together inspection specialists, CAD / CAE engineers and manufacturing experts. We follow a documented workflow ''from initial part survey, through digital reconstruction and analysis, to drawing release and shop-floor support.

Whether the goal is to reproduce an obsolete component, optimize performance or introduce a new spare source, we focus on maintaining functional equivalence and quality, while creating clear and usable data packages that integrate smoothly into our customers''engineering, quality and manufacturing systems.