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Reverse Engineering & CAD Reconstruction
Capture physical components and convert them into accurate parametric CAD, drawings, and usable engineering definitions.
Reverse Engineering to Manufacturing
Recover, redesign, and manufacture critical industrial components.
Arrosa Engineering helps plants and maintenance teams solve no-drawing, hard-to-source, failed, and urgent component requirements with scan-to-CAD engineering, validation, and manufacturing-ready support.
1000s
CAD outputs generated from physical industrial parts
100+
Critical components engineered for recovery and replacement
12+
Years of practical engineering and manufacturing execution
From damaged part to production-ready data
3D scanning, parametric CAD, tolerance control, fitment validation, and manufacturing handoff.
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No drawing?
We reconstruct geometry and interfaces from physical samples.
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Urgent timeline?
We develop rapid, manufacturing-ready engineering data to keep you operational.
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Failed part?
We assess wear, fitment, and failure-prone features before redesign.
04
Ready to produce?
We align engineering output to fast machining, fabrication, or casting.
Engineering ownership
We do not stop at drawings. We develop data that can be validated, manufactured, installed, and used in real operating conditions.
Critical Operations Need Faster Answers
Accelerate component recovery with independent engineering.
When critical machinery goes down, rapid recovery is essential. We provide a direct engineering route to reverse-engineer, validate, and locally manufacture the components you need to restore operations quickly.
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Recover legacy components
Reverse engineer imported, damaged, or hard-to-source parts when reference data is incomplete.
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Validate for fitment and function
Control mating interfaces, tolerance stack-up, assembly constraints, and real installation requirements.
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Move directly into manufacturing
Prepare CAD, drawings, and specifications for CNC machining, fabrication, casting, or low-volume production.
Core Engineering Capabilities
Engineering solutions built to eliminate downtime and restore production.
Our specialized engineering services are designed to build supply chain resilience, improve part lifespan, and bridge the gap between physical damage and production-ready data.
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Critical Component Recovery
Redevelop failed, legacy, or hard-to-source components to restore operations and build a resilient local supply chain.
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Component Life Improvement
Analyze wear, load conditions, and interface issues, then refine geometry and specifications for better service life.
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Engineering to Manufacturing
Bridge design and production with drawings, documentation, prototyping, and low-volume manufacturing support.
Execution Method
A practical workflow from inspection to supply.
We follow a rigorous, proven methodology to ensure every reconstructed component meets or exceeds original functional requirements before it ever hits the shop floor.
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Assess
Review part condition, function, interfaces, urgency, and manufacturing route.
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Capture
Scan, measure, and document critical geometry and assembly references.
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Rebuild
Create CAD, drawings, material notes, tolerances, and production data.
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Validate
Check fitment, tolerance stack-up, interfaces, and application constraints.
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Manufacture
Support CNC, fabrication, casting, prototypes, and low-volume supply.
Industrial Applications
Designed for sectors where downtime is expensive.
We partner with heavy industries where equipment downtime is exceptionally costly, delivering robust solutions for extreme wear and critical tolerances.
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Steel & Process Industries
Rolling mill, heavy wear, housings, rollers, spindles, and shutdown-critical components.
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Oil & Gas / Energy
Valves, pumps, field components, and reliable replacement engineering.
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Power Generation
Shafts, thermal-exposed parts, turbine support, and precision reconstruction.
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Mining & Material Handling
Buckets, linkages, liners, impact-exposed parts, and redesign for abrasion.
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Automotive & Tooling
Fixtures, jigs, tooling parts, prototype components, and production support.
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Aerospace & Defense
Precision tooling, fixtures, inspection aids, and maintenance support components.
Why Arrosa Engineering
Accuracy is only useful when it survives the shop floor.
We combine advanced 3D metrology with deep manufacturing expertise. Our engineering outputs aren't just theoretical models—they are shop-floor ready, fully toleranced, and built to survive real-world operating conditions.
3D Metrology
High-fidelity capture of worn, complex, freeform, and assembly-critical geometries.
Parametric CAD
Clean engineering models suitable for revision, manufacturing, and documentation.
GD&T and Interfaces
Control of functional surfaces, mating constraints, tolerances, and fitment requirements.
Manufacturing Feasibility
Outputs aligned with CNC machining, fabrication, casting, and low-volume supply.
Urgent breakdown or component shortage?
Fast-track your component recovery. Get production-ready engineering.
Don't let missing drawings or hard-to-source spares stall your operations. Scan the QR code or message us directly with your part photos and timeline. Our engineers will immediately assess if your component can be redeveloped and manufactured locally.
- Send photos of the full part, the damaged zone, and any available reference data.
- Let us know your specific timeline and operating requirements for the replacement.
- A usable physical sample or mating assembly is all we need to begin.
- Direct engineering access to fast-track your feasibility assessment.
