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Reverse Engineering & 3D Laser Scanning

High-accuracy 3D laser scanning, point cloud to parametric CAD conversion, and legacy component reproduction for industrial machinery.

Overview

Need to reconstruct legacy machine components without existing technical drawings? BCNT Technologies utilizes high-precision 3D optical laser scanners to capture micron-accurate point cloud data of complex physical parts. Our reverse engineering team converts scanned meshes into fully editable parametric STEP/IGES CAD models ready for CNC machining or tooling.

Core Features

Non-contact 3D optical laser scanning with accuracy up to 0.02 mm
Point cloud alignment, polygon meshing, and surface reconstruction
Parametric CAD reconstruction (STEP, IGES, SolidWorks Part)
Deviation inspection heatmap comparing scan mesh against original CAD
Re-engineering worn-out gears, impellers, molds, and automotive dies

Technologies Used

We use modern, efficient engineering and programming tools to secure performance, scaling, and system integrity.

CAD Design
SolidWorks & CATIA
Quality Control
CMM Optical Inspection

Development Process

Our milestone-driven lifecycle guarantees complete design visibility and clean deployment.

1

3D Optical Scanning

Capturing full 360° high-density point cloud data of the target object.

2

Mesh Cleanup

Aligning multiple scan passes and filtering noise to generate clean STL mesh.

3

CAD Modeling

Rebuilding parametric feature trees and restoring original design intent.

4

Deviation Inspection

Generating colorized deviation map to verify CAD accuracy against scan.

5

Manufacturing Package

Delivering manufacturing CAD files and 2D engineering drawings.

Frequently Asked Questions

Our industrial 3D laser scanner captures surface data with accuracy up to 0.02 mm (20 microns).

Technical RFQ Direct Engineering