Powering the Digital Thread with Model-Based Definition
MBDMI Enablers guides global engineering enterprises to retire obsolete 2D drawings, unify semantic 3D PMI, and implement vendor-neutral STEP AP242 and QIF interoperability with industrial AI automation.
MBDMI Enterprise Framework
Certified Single Source of Truth from CAD to CMM Inspection
Architecting the Model-Based Enterprise
We deliver end-to-end technical expertise to transition high-value manufacturing programs from traditional 2D drawing workflows to fully digital, interoperable model-centric operations.
Model-Based Definition (MBD)
Establish the 3D annotated CAD model as the single authoritative source of truth, eliminating drawing synchronization errors and ambiguous 2D representations.
- Semantic 3D Product & Manufacturing Info (PMI)
- Datum Reference Frame (DRF) Standardization
- Model validation & syntactic health checking
STEP AP242 Interoperability
Unlock true vendor-neutral data mobility across disparate CAD/CAM platforms using ISO 10303 STEP AP242 for design exchange and Long-Term Archiving (LOTAR).
- Lossless semantic & graphical PMI translation
- Assembly structure, kinematics & composite data
- Validation properties (geometric & semantic checksums)
QIF & Quality Metrology
Harness ANSI/DMSC Quality Information Framework (QIF 3.0) to auto-generate CMM inspection routines directly from digital PMI and feed as-built quality data back to engineering.
- Automated First Article Inspection (AS9102 / FAI)
- Direct CAD-to-CMM path planning and execution
- Closed-loop statistical process control & root-cause analysis
Standards Compliance & GD&T
Ensure strict syntactic and semantic conformance with ASME Y14.5, ASME Y14.41, and ISO 16792 rules to prevent costly manufacturing misunderstandings.
- ASME Y14.5-2018 GDTP-S expert verification
- Digital Product Definition Compliance (ASME Y14.41 / ISO 16792)
- Corporate MBD authoring guidelines & design handbooks
Digital Manufacturing & Thread
Connect CAD, PLM, ERP, and MES systems into an unbroken digital pipeline, empowering automated CAM toolpath generation and interactive 3D shop floor work instructions.
- Model-Based Manufacturing (MBM) process routing
- Automated 3D PDF & interactive lightweight viewables
- Engineering change management (ECM) across the digital thread
Industrial AI & Automation
Leverage computational intelligence and automated scripting to accelerate feature recognition, perform automated tolerance stack-ups, and validate manufacturing feasibility.
- Automated tolerance accumulation & sensitivity analysis
- AI-driven manufacturability (DFM) rule audits
- Custom algorithmic pipeline integration (API & SDK scripting)
Open Standards That Power the Digital Enterprise
Explore how MBDMI Enablers structures engineering data to break proprietary CAD silos and guarantee lifecycle interoperability.
STEP AP242: Managed Model-Based 3D Engineering
STEP AP242 is the premier international standard (ISO 10303-242) for aerospace, automotive, and defense digital engineering. It represents exact B-Rep geometry alongside semantic Product and Manufacturing Information (PMI), GD&T, assemblies, and composite materials.
- Semantic PMI: Computer-interpretable dimensions and datum references that drive automated manufacturing without human re-entry.
- LOTAR Compliance: Long-Term Archiving and Retrieval standards ensuring your engineering models remain readable 30+ years into the future.
- Geometric Validation: Exact volume, surface area, and centroid checksums to prove data integrity during translations.
MBDMI Enablers AP242 Services
We build automated translators, conduct AP242 conformance testing, and establish enterprise LOTAR preservation pipelines for multi-CAD environments (NX, CATIA, Creo, SolidWorks).
Inquire About AP242 IntegrationQIF 3.0: Quality Information Framework
The Quality Information Framework (ANSI/DMSC QIF v3.0, ISO 23952) standardizes metrology data flow throughout the quality lifecycle, connecting CAD design tolerances with CMM inspection plans, measurement execution, and statistical analysis.
- QIF MBD: Native XML schema mapping features of size, datum systems, and geometric tolerances directly to CAD surfaces.
- QIF Plans & Resources: Automated inspection plan generation matched against available CMMs, optical scanners, and tactile probes.
- QIF Results & Stats: Direct ingestion of measured point clouds and tolerance pass/fail reports back into engineering for root-cause resolution.
Automating Quality with QIF
Eliminate manual ballooning and transcriptions. We help your quality team implement automated QIF pipelines to cut First Article Inspection (FAI) cycle times by up to 75%.
Explore Metrology SolutionsASME Y14.5 & ASME Y14.41 Standards
Geometric Dimensioning and Tolerancing (GD&T) forms the universal engineering language of modern manufacturing. ASME Y14.5 defines the geometric syntax, while ASME Y14.41 establishes the requirements for digital 3D model annotations.
- Datum Reference Frames (DRF): Rigorous translation and rotation constraints eliminating datum ambiguity in physical inspection.
- Y14.41 Digital Annotations: Authoring combined states, annotation planes, and queryable feature associations within 3D CAD.
- MMB/LMB Boundary Calculations: Calculating maximum and least material boundary conditions for functional gauging.
ASME GDTP-S Certified Guidance
Our consulting is grounded in senior ASME GDTP Senior-level rigor. We audit your CAD models for standards compliance, tolerance accumulation traps, and floating/fixed fastener math.
Schedule a Model AuditISO 16792: Digital Product Definition Data Practices
ISO 16792 is the international consensus standard specifying how 3D digital product models must be structured, annotated, and presented across global engineering supply chains using ISO GPS (Geometrical Product Specifications).
- Global Supply Chain Alignment: Harmonizing ASME and ISO GPS annotations for multinational aerospace and automotive programs.
- Saved Views & Presentation States: Structuring view dynamics, lighting, and cutting planes for shop-floor clarity without 2D drawings.
- Security & Digital Signatures: Preserving model legal authority through cryptographic authentication and revision traceability.
Global Interoperability Consulting
Need to bridge European ISO GPS requirements with North American ASME standards? We architect seamless conversion rules and validation guidelines.
Consult with Our ExpertsThe Engineering Data Standards Matrix
A comprehensive reference showing how each open standard functions across the digital thread lifecycle.
| Standard | Standard Body | Primary Lifecycle Scope | Core Data Capability | Business Impact |
|---|---|---|---|---|
| STEP AP242 | ISO / TC 184 / SC 4 | CAD Design & Long-Term Archiving (LOTAR) | Exact B-Rep, semantic & graphical PMI, assembly kinematics | Eliminates proprietary CAD lock-in; ensures 30+ year model readability |
| QIF 3.0 | DMSC / ANSI / ISO 23952 | Quality Metrology & CMM Inspection | Automated inspection pathing, measurement points, CMM execution | Cuts First Article Inspection (AS9102) time by up to 75% |
| ASME Y14.5 | ASME | Design Tolerancing & Engineering Definition | Geometric dimensioning syntax, DRFs, datum modifiers (MMB/LMB) | Guarantees 100% mechanical interchangeability of fabricated components |
| ASME Y14.41 | ASME | Digital 3D CAD Annotation Practices | Queryable 3D PMI, saved views, semantic surface associations | Retires 2D drawings while ensuring complete legal and technical definition |
| ISO 16792 | ISO / TC 10 | Global Digital Product Definition | International 3D model presentation states & ISO GPS alignment | Enables seamless design transfer across multinational supply chains |
Let's Architect Your Model-Based Enterprise
Connect directly with our engineering leadership to discuss MBD adoption, STEP AP242 translation pipelines, QIF metrology integration, or ASME/ISO standards compliance audits.
Request Technical Consultation
Fill out the form below or write directly to our engineering advisory team.
