Home | Proven Integrated Engineering Solutions | 54% Faster – PPS | Proven Reverse Engineering Services | 40% Faster Results – PPS
Home | Proven Integrated Engineering Solutions | 54% Faster – PPS | Proven Reverse Engineering Services | 40% Faster Results – PPS
Legacy equipment fails without warning. The OEM discontinued critical components years ago. No engineering drawings exist, and production stops. Our reverse engineering services transform this crisis into a controlled recovery, delivering production-ready CAD and complete documentation in days, not months.
When senior technicians retire, decades of undocumented modifications leave with them. When sole-source suppliers fail, you’re exposed to 6-12 month lead times and premium pricing. Traditional recreation methods take 8-12 weeks—time you don’t have when downtime costs $10,000-$50,000 per hour.
PPS delivers engineering solutions that bridge the gap between physical parts and validated digital assets. Using precision 3D scanning, CAD design, and FEA analysis for structural validation, our reverse engineering services recreate legacy components 40% faster than conventional methods. Every prototype receives verification before production—ensuring replacement parts perform like originals.
Our integrated workflow eliminates the handoff delays that plague multi-vendor approaches, giving you complete reverse engineering services from scan to validated documentation.
Legacy parts without engineering drawings create immediate production problems. Your manufacturing team needs files in specific CAD formats to integrate with existing workflows. Generic mesh outputs from basic 3D scanning services won’t work—you need parametric, editable solid models that your engineers can modify in their native software environment.
Our reverse engineering services deliver production-ready CAD files in formats your team actually uses. We provide native files for SolidWorks, CATIA V5/V6, Siemens NX, Creo, and Inventor. Universal formats include STEP AP214/AP242, IGES, and Parasolid. Every deliverable includes fully parametric solid models—not auto-surfaced mesh conversions that require hours of cleanup. Per ASME Y14.41 digital product definition standards, our models contain complete GD&T annotations for manufacturing.
Request your preferred format during project scoping. We verify software version compatibility before delivery and include STEP files as backups to support supply chain flexibility. Our reverse engineering services integrate directly into your CAD environment for seamless workflow with your existing product development services. Typical delivery: 5-10 business days, depending on complexity.
Defense contractors face strict export control requirements when reverse engineering military components. ITAR regulations classify technical data—including CAD files, specifications, and engineering drawings—as controlled items requiring secure handling. Working with non-compliant vendors creates serious legal exposure, with penalties reaching $1 million per violation or 20 years imprisonment.
Our reverse engineering services operate from a DDTC-registered facility with documented ITAR compliance protocols. All technical data remains on U.S.-based servers accessed only by U.S. persons. We maintain physical security, cybersecurity controls per NIST SP 800-171 requirements, and chain-of-custody documentation. Defense industry clients receive Technology Control Plans (TCPs) and Non-Disclosure Agreements tailored to specific USML categories. Our aerospace manufacturing partners trust us with flight-critical legacy components.
Contact us with your USML category classification for project assessment. We verify compliance requirements before accepting controlled parts and provide documentation packages for your export compliance officer. Every defense project includes detailed records meeting DDTC audit requirements. Our Gold Collection offers fixed-scope ITAR projects with complete documentation.
Basic reverse engineering from worn or damaged parts often produces models that won’t fit or function correctly. Without proper tolerance verification, you’re guessing whether the digital model represents design intent or accumulated wear. Manufacturing from inaccurate models means scrapped parts, failed assemblies, and expensive rework—exactly the downtime you’re trying to avoid.
Our reverse engineering services use industrial metrology-grade scanners, achieving accuracy to ±0.025mm (±0.001″). Per NIST measurement traceability standards, all equipment is maintained in certified calibration. We capture complete surface geometry—not sample points—enabling full GD&T inspection against your specifications. For worn components, our engineers reconstruct nominal design intent using structural analysis and DFMA principles, delivering models that represent how parts should be manufactured, not just how damaged specimens measure.
Specify your critical tolerances during project kickoff. We provide inspection reports that compare scanned data against nominal dimensions and flag features that require engineering judgment. Our FEA analysis validates the structural integrity of the reconstructed geometry before release. Typical aerospace and defense industry components require ±0.005″ tolerance verification—achievable within our standard workflow.
Production downtime costs $50,000 or more per hour in many manufacturing environments. When legacy parts fail without engineering drawings, the daily wait for documentation extends your shutdown. Traditional reverse engineering timelines of 4-8 weeks are unacceptable when equipment sits idle, and customers wait for shipments.
Our reverse engineering services deliver production-ready CAD files within 5-15 business days for most components. Rush projects for critical manufacturing process shutdowns receive priority scheduling—some completed within 72 hours. We accelerate turnaround through parallel workflows: scanning and inspection proceed while CAD modeling begins from preliminary data. Our prototype recreation capabilities have restored production lines that faced month-long delays from OEM discontinuation. Clients report 54% faster time-to-market compared to traditional approaches.
Describe your timeline requirements during the initial consultation. We assess the complexity of the parts, the required deliverables, and the deadline constraints before confirming the schedule. Rush surcharges apply for expedited projects, but avoiding $50K/hour downtime typically justifies premium timing. Our product development services team manages urgent requests with dedicated engineering capacity through our Diamond engagement model.
Not every legacy component can be recreated through standard reverse engineering. Some parts involve proprietary material formulations, embedded electronics, or manufacturing processes that scanning alone cannot capture. Assuming any vendor can reverse-engineer anything leads to wasted time and budget when projects stall midstream due to undisclosed limitations.
Our reverse engineering services recreate the geometry of mechanical components, castings, forgings, and machined parts of virtually any complexity. Limitations exist for proprietary material compositions that require chemical analysis beyond geometry capture; active electronic components that need functional testing; and parts under active patent protection that require licensing. We assess every project for feasibility before commitment. When limitations exist, we recommend partner laboratories for material characterization or electronic testing per ISO/IEC 17025 accreditation standards.
Provide part photos and context during initial inquiry. Our engineers assess feasibility within 24 hours and identify any scope limitations before you commit resources. For complex assemblies, we recommend phased approaches—geometric reverse engineering first, followed by material testing as needed. Engineering consulting services include vendor coordination for specialized analysis.
Recreating geometry is only half the challenge. A reverse-engineered part that appears correct but fails under load exposes the company to liability and damages customer relationships. Without proper validation, you’re gambling that digital reconstruction matches original design intent—a risk most aerospace manufacturing and defense industry applications cannot accept.
Our reverse engineering services include integrated validation workflows. FEA analysis confirms that the stress distribution matches or exceeds the original performance under operating loads. Structural analysis identifies any geometry modifications needed to compensate for original design limitations discovered during reconstruction. First Article Inspection (FAI) per AS9102 documents dimensional conformance for aerospace applications. Per SAE AS9100 quality management requirements, every deliverable includes inspection reports, material certifications where applicable, and engineering sign-off confirming production readiness.
Specify your validation requirements—functional testing, load analysis, or compliance documentation—during project scoping. We tailor validation packages to your industry requirements. Medical device clients receive FDA-compliant documentation. Defense industry projects include full traceability packages.
Our design-for-manufacturing integration ensures parts are not only accurate but also optimized for your production capabilities.