Editability and Design Intent
Editability After CAD Exchange: Define the Outcome Before You Transfer
Define the edit a CAD handoff must support, who controls it, whether updates are needed, and how the receiving model will be tested.
Taxonomy / Brand
PTC Brand
Reference notes in the Brand taxonomy for PTC.
Editability and Design Intent
Choose a CAD Continuity Strategy: Native, Referenced, Converted, or Rebuilt
Choose a CAD handoff strategy based on who owns the next change and whether source updates must continue.
Editability and Design Intent
Feature Recognition and Reconstruction: Recovering Usable Design Control
Learn what feature recognition, direct editing, selective reconstruction, and full remodelling can recover from imported geometry—and what they cannot prove.
Editability and Design Intent
Validate Editability After Import: Change Tests, Update Tests, and Exit Criteria
Test whether imported CAD supports the required edit, update path, dependencies, and downstream result in the target system.
Editability and Design Intent
From Scan or Mesh to Editable CAD: Reference, Convert, or Reconstruct
Choose whether to use a scan or mesh as a reference, edit its supported representation, convert it, or rebuild new CAD—and how to test the result.
Product Structure, Identity, and References
Structure as Data: Why an Assembly Is More Than Its Parts
Define what a CAD handoff must retain when valid component shapes alone do not establish a usable assembly.
Preservation Strategy and Interoperability Maps
CAD Interoperability Claims: Support, Conformance, Preservation, and Fitness for Purpose
Learn what compatibility evidence does—and does not—establish before relying on a CAD-data transfer for real work.
Product Structure, Identity, and References
Identity, Instances, and Configurations in a Design Handoff
Specify the identities, repeated occurrences, revisions, and configuration context needed to reuse, replace, update, or archive a design.
Product Structure, Identity, and References
Reconciling BOM Views with Model Membership in a Design Handoff
Compare a CAD model with its BOM or report. Check view rules, row scope, hierarchy depth, and quantity meaning before calling a difference transfer loss.
Product Structure, Identity, and References
External References, Dependencies, and Portable Design Packages
Treat a design handoff as a dependency graph and choose deliberately between live references, copied packages, and flattened or bound delivery.
Ecosystem Routes and Collaborative Exchange
SOLIDWORKS to Creo Through STEP AP242: A Bounded Mechanical Handoff
Plan and validate a SOLIDWORKS-to-Creo STEP AP242 exchange without confusing protocol scope, product support, and received-model usefulness.
Product Structure, Identity, and References
Accepting a Product Structure Transfer: Checks for Reuse, Update, and Archive
Build a purpose-specific acceptance record for a transferred product structure, including hierarchy, identities, configurations, placements, and dependencies.
Preservation Strategy and Interoperability Maps
Choose the Right Handoff Expectation: Delivery, Continued Work, Reference, Update, or Round Trip
Set the intended continuity model for a CAD-data exchange before assuming that a successful import supports future work.
Manufacturing, Fabrication, and Quality Handoffs
Sheet-Metal Flat-Pattern Handoffs: Cut Geometry, Bend Indicators, and Recipient Checks
Plan a flat-pattern DXF/DWG delivery by selecting the intended part and distinguishing fabrication geometry, bend indicators, and auxiliary information for the actual recipient.
Electrical and Electronic Design Exchange
Control ECAD-MCAD Changes Without Assuming Complete Synchronization
Distinguish proposed, received, applied, and saved changes, and check object authority and operation mode.
Manufacturing, Fabrication, and Quality Handoffs
Design-to-Inspection Identity Links: Checking STEP, QIF Plans, and Results
Verify whether design entities, inspection nominals, and reported results refer to the intended part, revision, and characteristic, using a bounded STEP/QIF example.
Ecosystem Routes and Collaborative Exchange
Creo JT Delivery: Exact or Faceted, and Who Can View It
Choose a Creo JT representation and receiver by the needed geometry, product structure, PMI, viewer version, and license conditions.
Ecosystem Routes and Collaborative Exchange
Altium CoDesigner or IDX: Planning an ECAD–MCAD Coordination Route
Choose a version-eligible Altium CoDesigner or IDX handoff and verify which board, component, device, or harness changes are proposed and applied in each direction.