From outdated components to optimized digital assets. Our reverse engineering services transform your physical parts into fully editable CAD models, opening endless possibilities for innovation and improvement.
Reverse Engineering Service
Breathe New Life into Legacy Parts
Our Technology Stack
CT Scanning
- Capture complete internal and external geometry
- Perfect for complex assemblies and internal features
- High-resolution scanning for intricate parts
- Non-destructive testing capabilities
3D Scanning
- Rapid external surface capture
- Ideal for large parts and complex geometries
- High accuracy and detail preservation
- Color and texture mapping available
CMM Measurement
- High-precision dimensional analysis
- Critical feature measurement
- Geometric dimensioning and tolerancing
- Quality control and inspection
Four Steps to Digital Excellence
01 - Initial Consultation
We analyze your part requirements and select the optimal scanning method based on size, material, and accuracy needs.
02 - Data Capture
Using state-of-the-art equipment, we perform high-precision scanning of your physical parts.
03 - Digital Processing
Our engineers convert raw scan data into fully parametric CAD models with complete feature trees.
04 - Quality Delivery
Final models undergo rigorous quality checks before delivery in your preferred CAD format.
Why Leading Companies Trust Us
Unmatched Precision
Industry-leading accuracy with tolerances down to microns, ensuring your digital models perfectly match physical parts.
Comprehensive Solutions
Multiple scanning technologies available to handle any part size, material, or complexity.
Expert Engineering Team
Experienced engineers and technicians with deep knowledge in reverse engineering and CAD modeling.
Fast Turnaround
Efficient processes and advanced technology enable quick delivery without compromising quality.
Explore Our Case Studies
Dimensional Inspection
Surface Finish
CT Scanning
Reverse Engineering
Machined QVI Block Inspection - Manufacturing
This dimensional inspection was performed on our OGP FlexPoint multisensor CMM to measure the desired dimensions and evaluate the GD&T callouts indicated in the part drawing. This application showcases the functionality of the FlexPoint CMM, using optics and an articulating touch probe to measure complex surfaces and a laser to measure surface flatness.
3D Printed Steering Rag Joint - Automotive
Using our Sensofar s neox optical profiler, we analyzed the surface of a 3D printed steering rag joint for defects and evaluated the surface roughness of a critical contact surface.
Lithium Ion Battery Inspection - Automotive
Discover how the National Institute for Scientific Research (INRS) utilizes CT scanning to inspect the microstructure of materials within electric vehicle batteries.
Hydrogen Fuel Cell Inspection - Automotive
Hydrogen fuel tanks are inspected using EasyTom CT scanners for an accurate and comprehensive analysis of the exterior and interior of the tanks. This inspection process ensures the dependability, effectiveness, and safety of hydrogen-powered vehicles.
Dashboard Trim - Automotive
Leveraging advanced 3D scanning and additive manufacturing to recreate complex automotive interior components with precise fitment
Turbo Inlet Pipe - Automotive
Discover how reverse engineering and digital design optimization unlocked increased airflow potential in a stock turbo inlet pipe.