Reverse Engineering for Precision Manufacturing
Capture any physical part with high-precision 3D scanning, rebuild it as manufacturable CAD, and ship it into production — even when original drawings are lost, obsolete, or never existed. Whether you're reproducing a discontinued component, improving a competitor benchmark, or rebuilding a damaged tool, our reverse engineering workflow delivers parametric CAD, GD&T drawings, and deviation reports that your manufacturing floor can use on day one — with non-contact 3D scanning, point cloud to feature-based CAD, fully toleranced 2D drawings, and as-built deviation analysis.
Our reverse engineering services
A complete scan-to-production pipeline — from on-site data capture to CAD libraries your team can edit, manufacture, and version for decades.
3D scanning & digitization
Structured-light, laser, and CT scanning to capture geometry from hand-sized parts up to 20m assemblies — on your floor or ours.
Point cloud to CAD
We convert raw mesh and point clouds into clean, parametric, feature-based CAD — editable in SolidWorks, CATIA, NX, Inventor, and Creo.
GD&T drawings
Production-ready 2D drawings with datum reference frames, tolerance stacks, and inspection callouts aligned to ASME Y14.5.
Deviation & inspection reports
Color-mapped as-built vs. nominal comparisons, first-article inspection, and tolerance verification for quality sign-off.
Legacy part recreation
Recreate discontinued or undocumented components — DMSMS-ready CAD packages to sustain equipment that has outlived its OEM.
Design optimization & DFM
Beyond replication — we refine reverse-engineered models for manufacturability, weight reduction, and additive-ready production.
How we reverse engineer your part
A complete scan-to-production pipeline — from on-site data capture to CAD libraries your team can edit, manufacture, and version for decades.
We start with the end in mind — is this a drop-in replacement, a design improvement, or a tolerance study.
Service models that fit your project
Pick the engagement shape that matches the scope — from single parts to long-term reverse engineering retainers.
Single-part reverse engineering
Ship us a part, get CAD and drawings back. Best for legacy replacements and one-off reproduction.
Flexible engagement
Project-based, dedicated teams, or fully managed — pick what works for your timeline and IP sensitivity.
Project-based
Fixed scope, fixed price. Ideal for discrete reverse engineering jobs with clear deliverables.
- Defined SOW & acceptance criteria
- Typical 1–6 week turnaround
Dedicated team
A metrology engineer + CAD modeler + draftsman assigned exclusively to your pipeline.
- Full-time capacity
- Long or short engagement
Managed service
We handle scanning, modeling, and drafting under an SLA — you review and approve.
- Continuous output
- SLA-backed delivery
Our proven end-to-endapproach
Assess existing part & design intent
We disassemble, photograph, and interview your engineers to document the part's function, critical dimensions, and material.
Select scanning strategy
Based on size, material, and feature complexity we pick the right technology — structured light, blue-laser, or CT scanning.
Build parametric CAD
Feature-by-feature reconstruction in your preferred CAD platform, with a clean feature tree your engineers can modify.
Validate, document, and hand off
Deviation analysis against scan data, GD&T drawings, and a written design-intent document — everything your team needs to manufacture or improve the part.
What Our Clients Say
“We rolled out a unified analytics platform on a practical timeline. Production planners finally see the same numbers as finance, and weekly review meetings are shorter.”
Manufacturing operations leader
United States
“The machine learning models DevWorks built for us reduced unplanned downtime on critical lines. The team delivered clear documentation and stayed involved through the first production release.”
Engineering leader
United States
“They helped us move off spreadsheets without breaking existing workflows. Our engineers adopted the dashboards faster than any prior IT project we have run.”
Data and operations leader
United States
“Predictive maintenance alerts now reach supervisors before equipment fails, so the plant can act on issues before they become stoppages.”
Plant operations leader
United States
“The data pipeline work was thorough and practical. We get near real time visibility into inventory and supplier performance without adding manual reporting steps.”
IT leader
United States