The AI Manufacturing Compiler Under the Hood
AutoAssembler™ turns 3D CAD assemblies and existing planning data into model-linked process plans and digital work instructions, comparing design changes across versions and applying design-for-assembly (DFA) insight. This page highlights the core layers of the platform.
Platform In Action
Integrated Process Planning, DFA, Work Instructions Across Product Configurations and Revisions
GPU-Accelerated Planning Engine
Spatial reasoning over the product model determines feasible assembly sequences at interactive speeds, even on large assemblies.
- Interference detection and collision-free path generation
- Contact, mating, insertion, and fastening analysis
- GPU-parallelized algorithms scale to thousands of components
CAD and PLM Integration
Ingest product geometry and structure directly from your engineering toolchain with no manual re-import or file juggling.
- Native support for CAD files including Creo, NX, CATIA, SolidWorks, JT, STEP, and PVZ
- API-based integration with leading PLM systems
- Preserves geometry, BOMs, and configuration data
Legacy plans into 3D-ready workflows
Translate existing process plans and PDF work instructions into a digital, model-linked process plan.
- Ingest spreadsheets, routings, and PDF work instructions
- Map steps to CAD geometry and part occurrences
- Generate 3D visuals from the same model used downstream
Structured MBOM and TaskNode Model
Replace spreadsheet-based MBOM construction with a computable data model linked to product geometry.
- Assign EBOM parts to TaskNodes representing factory stations
- Track assembly state explicitly across nodes
- Derive work instructions from the same plan
Digital Work Instructions
Manufacturing engineers start from an auto-generated plan and refine step-specific instructions in the browser.
- Browser-based authoring with reorder, grouping, and tooling assignment
- Auto-generated exploded views and annotations
- Model-linked visuals update as the design evolves
Design for Assembly Analysis
Score each assembly step against DFA criteria to surface manufacturability issues before they reach the floor.
- Per-step scores for clearance, reachability, and alignment
- Flags non-manufacturable plans for engineer review
- Includes DFA output in each generated process plan
Revision and Configuration Management
When a product model changes, AutoAssembler™ identifies affected steps and propagates updates across the plan.
- Change detection between EBOM revisions and product variants
- Automatic identification of impacted assembly steps
- Compatible with approval workflows across leading PLM systems
Subassembly Reuse
Each product enriches a library of validated, reusable process plans for future variants and configurations.
- Reuse validated steps across product variants
- Verify reuse in the new assembly context
- Reduce manual effort as the process library grows
API-First Integration
Store work instructions and process definitions as structured, machine-readable data rather than static documents.
- REST APIs with structured JSON output for ERP and MES
- Full spatial analysis, DFA, diff analysis, and planning available
- Unique part occurrence identifiers traceable through MES
Ready to See It on Your Assemblies?
Review the platform with the engineering team in the context of your assemblies, workflow, and deployment constraints.