01
3D Scanning
Accurate geometry capture of selected spare parts to create controlled engineering inputs.
From Physical Warehouse Parts to a Secure Digital Warehouse
DPC digitizes selected warehouse parts through 3D scanning and controlled reverse engineering. Approved components are managed in Digital Part Passports within a secure Digital Warehouse, with validation, qualification, and manufacturing readiness applied when required.
Engineering-Controlled
Controlled workflow from selected physical parts to Digital Part Passports and secure Digital Warehouse records, with qualification progression when required.
Five-Stage Workflow
From selection to governed digital release.
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01
Part Selection
High-impact parts first.
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02
Capture & Reverse Engineering
Accurate digital geometry.
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03
Engineering Assessment
Material, fit, suitability.
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04
Validation & Qualification
Evidence-gated readiness.
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05
Passport & Warehouse Release
Controlled digital publication.
Digital Part Passport
One controlled engineering and lifecycle record for each selected spare part.
Each Digital Part Passport is a controlled record for a selected spare part, bringing technical definition, current status, qualification evidence, and revision history into one secure source of truth for traceable decisions.
3D Scanning
Capture photos, scan data, and mesh files for selected spare parts as Captured records.
Reverse Engineering
Develop controlled CAD/STEP, drawings, materials, and critical dimensions and tolerances for Reverse Engineered records.
Digital Warehouse
Track Engineering Assessed, Qualified, and Manufacturing Ready status with governed revisions and supporting documents.
Services
Physical Warehouse to Digital Warehouse.
We convert selected spare parts into controlled digital assets through precision capture, engineering definition, and secure qualification-ready management.
02
Reverse Engineering
CAD reconstruction with critical dimensions and tolerances for a controlled engineering baseline.
03
Engineering Characterization + Digital Part Passport
Define materials and operating requirements, then govern each part in a lifecycle-controlled Digital Part Passport.
04
Digital Warehouse + Manufacturing Assessment & Qualification
Securely manage revision-controlled parts and assess suitable components for manufacturing validation and qualification.
PILOT OPTIONS
Choose Your Digitization Level
A concise comparison of Capture, Engineering, and Qualified pathways for selected spare parts.
DPC Capture
Secure digital capture of the physical part.
- Part selection, identification, photography, and 3D scanning
- Core scan files and metadata uploaded to the Digital Warehouse
- Outcome: Captured record for traceability; not yet qualified or manufacturing-ready
Recommended
DPC Engineering
Reverse-engineered technical record for controlled decision-making.
- Everything in Capture plus parametric CAD, STEP, and engineering drawing
- Critical dimensions, tolerances, material details, and revision control
- Outcome: Reverse-engineered record; suitable parts can progress to engineering assessment
DPC Qualified
Qualification-focused package for future manufacturing readiness.
- Everything in Engineering plus characterization and manufacturing-route assessment
- Inspection requirements, validation planning, and qualification evidence package
- Outcome: Qualified record; manufacturing-ready only when required evidence is complete
Pilot planning cue
See Pilot Project page
Business exposure & operational impact
From Physical Inventory Risk to Digital Readiness
Physical-only inventory ties up capital, increases obsolescence risk, and creates delays when critical parts are unavailable.
20–30%
Inventory Carrying Cost
Reduce unnecessary physical stock exposure.
15–25%
Obsolete or Surplus Inventory
Preserve selected parts before they become difficult to source.
22%
Inventory Unused for 5+ Years
Move suitable low-use parts toward controlled digital inventory.
Up to 42%
Maintenance Delays Linked to Part Availability
Improve sourcing readiness with controlled engineering records.
Preserve Critical Parts
Protect engineering information before it is lost.
Reduce Sourcing Risk
Keep controlled digital definitions ready when needed.
Optimize Inventory
Balance physical stock with suitable digital inventory.
Improve Traceability
Keep CAD, materials, revisions, and inspection records together.
DPC helps companies move from physical-only inventory to controlled digital readiness.
Review the WorkflowEnterprise FAQ
Answering qualification, security, and delivery concerns before pilot approval.
How do you make sure a digitized part is reliable for industrial use?
Every part moves through a defined qualification flow: scan quality checks, reverse-engineering review, engineering validation, and manufacturing-path verification. Only parts with complete evidence are released as qualified digital assets.
Which spare parts are best to start with?
We typically begin with parts that create the most operational pressure: high downtime impact, long lead times, obsolescence exposure, and repeat usage. That gives fast business value and a solid baseline for wider rollout.
How is sensitive engineering data secured while staying under customer control?
Access is controlled through permissioned roles, governed release steps, and full audit history. You keep ownership and control over who can view, approve, and authorize use of engineering files and related part records.
What role does AI screening play in decision-making?
AI screening helps rank and triage parts by factors like criticality, complexity, urgency, and manufacturability path. It accelerates prioritization and planning, while final engineering and business decisions remain with your team.
How is manufacturing readiness determined?
Readiness is set from qualification evidence across geometry, tolerances, material, and process compatibility. Each part is clearly marked as Ready, Conditionally Ready (with required actions), or Not Yet Ready.
What does a typical pilot project deliver?
A pilot delivers a scoped set of qualified digital parts, Digital Part Passports, readiness outcomes, and a practical impact summary tied to lead time, downtime risk, and scale-up priorities.
The fastest path to measurable results is a scoped pilot with agreed technical and business success criteria.
Request a Pilot ProjectFinal decision point
Approve Your Pilot Scope
Select 3–5 critical parts and let DPC define the controlled digitization path, qualification evidence, and delivery plan.
Request a Pilot Project- Clear pilot boundaries
- Qualification evidence gates
- Secure enterprise governance
One focused pilot validates value before wider investment.