Geometry and files
CAD files, 3D files, drawings, and reference documentation.
Digital Twin
Industrial digital twins built for production readiness
A 3D file shows shape. A production-ready digital twin carries the context needed to manufacture, control, and repeat a part.
GhostMatter helps teams enrich industrial part data with versions, materials, tolerances, documents, production rules, quality requirements, and governance. Each twin becomes a controlled record that can support digital inventory, production readiness, routing, traceability, and integration with existing manufacturing systems.
A digital twin is more than a model
3D fileGeometry used to represent or manufacture a part.It does not carry the full production and governance context.
Digital twinEnriched part record with technical, production, quality, and lifecycle data.It is not just visualization.
Digital inventoryPortfolio of governed digital twins and part records ready for activation.It is not a passive archive.
The data layer behind controlled production
A production-ready digital twin brings together the data required to move from technical definition to controlled execution. The exact structure can vary by part, industry, and production route, but the goal is always the same: reduce ambiguity before production starts.
Part identity
Part number, revision, description, category, customer reference, and lifecycle status.
Material requirements
Approved material, alternatives, constraints, and compatibility notes.
Production rules
Process envelope, machine constraints, finishing requirements, and approved production route.
Quality requirements
Inspection plan, tolerances, documentation, certificates, and release criteria.
Version history
Revision changes, approval status, previous runs, and update history.
From engineering data to production-ready asset
Structure the part record
Bring files, references, documentation, and metadata into one controlled record.
Enrich production context
Add process constraints, material requirements, finishing expectations, and quality data.
Identify missing data
Make gaps visible before a part is routed, quoted, ordered, or produced.
Validate readiness
Mark what is approved, what is conditional, and what still needs qualification.
Connect execution
Use the twin as the reference for routing, traceability, integrations, and future production runs.
Keep the right version connected to the right production route
Industrial production breaks when teams use the wrong file, an outdated drawing, or an unclear revision. GhostMatter helps keep version history, documentation, readiness status, and approved production rules connected to the part record.
- Revision tracking
- Approval status
- Valid production route
- Change history
- Documentation control
- Quality requirements
- Production evidence
A digital twin becomes valuable when it drives execution
The digital twin is the technical anchor. Once it is structured and qualified, it can support production readiness, routing, traceability, and integrations with existing enterprise systems.
Digital inventoryThe twin becomes part of a reusable digital asset portfolio.
Production readinessMissing data and validation status become visible.
Production routingThe part can be matched with qualified capacity.
TraceabilityFinished parts can be linked back to the right version and requirements.
IntegrationsERP, MES, PLM, CMMS, QMS, and APIs can exchange more reliable data.
Where part-centric digital twins matter most
- Critical spare parts
- Obsolete or hard-to-source parts
- Low-volume production
- Industrial additive manufacturing
- Distributed production capacity
- Aftermarket service parts
- Quality-sensitive parts requiring repeatability
Turn part data into production-ready digital twins
Start with a selected part portfolio. GhostMatter helps identify what data exists, what is missing, and how each part can move toward a governed digital twin ready for controlled activation.
Continue through the platform
FAQ
What is an industrial digital twin?
An industrial digital twin is a structured digital representation of a part, asset, or process that connects technical definition with operational context. In GhostMatter, the focus is part-centric digital twins for controlled production.
Is a digital twin the same as a 3D file?
No. A 3D file mainly represents geometry. A production-ready digital twin also carries metadata, documentation, versions, materials, production requirements, quality rules, and governance.
Why does a digital twin matter for digital inventory?
Digital inventory needs trusted, reusable digital assets. A digital twin provides the enriched part record that can be stored, governed, activated, traced, and reused.
Can a digital twin support additive manufacturing?
Yes. For additive manufacturing, the twin can connect geometry, material, process requirements, post-processing, inspection rules, and production route status.