Import your engineering definition
Bring in CAD, EBOMs, and your existing library of MBOMs, BOPs, and process plans.
Turn CAD into manufacturing plans and work instructions. Reuse validated work across product variants, and replan only what changes. Your engineers refine and approve the results.
Planning across a product family
Trace a shared component through the 150% BOM and the manufacturing operations it affects.
Start with one design and a validated manufacturing plan.
Fits your workflow
Your engineers stay in control of what reaches production.
Bring in CAD, EBOMs, and your existing library of MBOMs, BOPs, and process plans.
Review the generated plan against the 3D model. Your engineers refine and approve the sequence and work instructions.
Return approved MBOMs and BOPs to PLM. Deliver work instructions and structured outputs to ERP, MES, and automation systems.
Learning from experience
AutoAssembler learns from your existing planning library and your engineers’ refinements. Your model becomes more capable over time, within your own deployment.
Bring proven sequences and work instructions into your model.
Learn from the edits and decisions your engineers make during review.
Propose plans that increasingly reflect how your team builds.
Your data improves your model alone. It is never used to train models for anyone else.
Bring AutoAssembler into your engineering environment—with your choice of interface and full control of deployment and data.
We deliver AutoAssembler as a container. Your team deploys and operates it in your own infrastructure. Current customer deployments run on AWS and Microsoft Azure.
Connect AutoAssembler to CAD, PLM, ERP, MES, and automation systems through our SDK and APIs. Use our interface or build applications tailored to your engineers.
Review the platform with the engineering team in the context of your assemblies, workflow, and deployment constraints.