XL Pattern Shop technician using 3D laser scanning equipment to reverse engineer a precision-machined component.
3D SCANNING & DIGITAL RECONSTRUCTION

Reverse Engineering

XL Pattern Shop provides precision reverse engineering and 3D laser scanning services to recreate parts, tooling, and complex geometry when accurate CAD data or drawings don’t exist. From existing components to worn or modified tooling, we capture the geometry you have and turn it into accurate, usable digital models.

FROM EXISTING PART TO DIGITAL MODEL

RECREATE IT. MODIFY IT. MAKE IT AGAIN.

When drawings or CAD data don’t exist, the existing part becomes the starting point. XL Pattern Shop combines advanced 3D laser scanning, precision measurement, and in-house engineering to capture complex geometry and create accurate digital models.

Whether you need to reproduce an obsolete component, modify an existing design, document legacy tooling, or create manufacturing-ready CAD from a physical part, our team can take you from scan data through a finished digital model and into machining or tooling when needed.

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FARO laser scanning arm capturing a precision-machined metal component for reverse engineering.

HAVE A PART BUT NO CAD?

WE CAN RECREATE IT.

Send us your existing part, tooling, or project requirements and our team can determine the right reverse engineering and scanning approach.

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Request A Reverse Engineering Quote  
Laser scanning icon showing a 3D scanner capturing the surface of a precision-machined component.

3D LASER SCANNING

Precision scanning captures complex part and tooling geometry for accurate digital reconstruction.

Engineering experience icon showing a 3D CAD model of a precision-machined component.

ENGINEERING EXPERIENCE

Experienced engineers turn scan data and existing components into accurate, usable CAD models.

From scan to part icon showing CNC machining of a digitally captured component.

FROM SCAN TO PART

Reverse engineer, modify, and reproduce components with machining and tooling capabilities in one shop.

REVERSE ENGINEERING CAPABILITIES

BUILT TO CAPTURE, COMPARE & RECREATE.

XL Pattern Shop combines advanced laser scanning, 3D data processing, and inspection technology to capture existing geometry, verify manufactured components, and turn physical parts into accurate digital data.

3D LASER SCANNING

Capture complex part and tooling geometry with high-resolution laser scanning for reverse engineering, inspection, and documentation.

3D laser scanning of existing tooling to create accurate CAD data for reverse engineering and reproduction.

SCAN-TO-CAD REVERSE ENGINEERING

No drawing or 3D data? Existing components can be scanned and converted into usable 3D data for reproduction, modification, prototyping, or new tooling.

3D color map analysis of foundry tooling for dimensional verification and wear inspection.

TOOLING VERIFICATION & WEAR ANALYSIS

Compare new and existing tooling scans against 3D data to verify engineering changes, dimensional accuracy, and tooling wear over time.

3D color map inspection of a metal casting for dimensional accuracy and deviation analysis.

CASTING INSPECTION

Scan finished castings and compare them against specified tolerances using color-map overlays for fast, visual dimensional inspection.

NO CAD? NO DRAWINGS?

START WITH THE PART.

Send us the existing component or tooling and our team can capture the geometry and help determine the right path forward.

FROM PHYSICAL PART TO DIGITAL DATA

RECREATE With PRecision.

When drawings, CAD files, or original design data are unavailable, XL Pattern Shop can work directly from an existing part, casting, or piece of tooling. Using precision 3D scanning and in-house engineering, we capture the existing geometry and turn it into accurate digital data that can be used for reproduction, modification, inspection, or new tooling.

Whether you need to replace an obsolete component, recreate worn tooling, or make changes to an existing design, we can help move the project from physical part to usable engineering data.

3D laser scanning of an existing machined metal part for reverse engineering and digital measurement.

SCAN THE EXISTING PART

Capture complex geometry and critical features directly from an existing component, casting, or piece of tooling.

Machined metal component transitioning into a 3D CAD wireframe model for reverse engineering.

BUILD THE DIGITAL MODEL

Convert captured scan data into accurate 3D geometry for documentation, modification, reproduction, or manufacturing.

5-axis CNC machining recreating a reverse-engineered metal component with precision cutting and flying chips.

RECREATE OR IMPROVE

Use the resulting digital model to reproduce an existing part or make engineering changes before new tooling or components are produced.