Works inside your CAD data
Adam can update models, BOMs, and drawings inside connected CAD workflows rather than requiring exported copies. The source emphasizes real-time access to geometry, BOMs, drawings, and revisions through a connected graph.
Adam
Adam is a CAD copilot for hardware teams and mechanical engineers. It works inside connected CAD workflows to help with model edits, BOMs, drawings, sourcing, RFQs, and engineering documentation.
Overview
Adam is a CAD copilot for hardware teams and mechanical engineers. The site positions it as an AI workspace that works inside real CAD environments, including Onshape and Autodesk Fusion, and helps with model edits, BOMs, drawings, sourcing, renders, and engineering documentation.
The product is built around connected hardware workflows rather than standalone chat. Adam connects to CAD, PLM, supplier catalogs, and team tools, reads geometry and revision data in real time, and returns finished outputs such as branched model edits, reconciled BOMs, updated drawings, RFQs, and handoff packages that stay linked to the source work.
Core capabilities
Task-based work through chat and email
The product describes a three-step workflow: connect systems, message Adam with a task, then receive the finished output. It supports collaboration through Slack or email, which fits into existing hardware-team workflows.
Hardware documentation and handoff
Examples on the site show Adam preparing design-review briefs, creating ECO packets, drafting RFQs, and packaging factory handoff folders. These are presented as repeatable hardware-documentation tasks.
BOM cleanup and reconciliation
Adam can review BOMs, flag mismatched revisions, identify long-lead items, and help move released items into systems like Arena or Google Sheets. The examples show it catching revision mismatches and duplicate parts.
Sourcing and RFQ support
The sourcing examples show Adam comparing suppliers, finding component alternates, and drafting RFQ emails with specifications like tolerances, finish, quantity breaks, and delivery targets. It also references integration with supplier catalogs and tools such as Digi-Key, Mouser, and Newark.
Source-linked deliverables
The site lists outputs such as branched model edits, updated drawings, render sets, and reconciled BOMs, each linked to source material. That makes it easier to review, approve, or adjust the result before shipping work downstream.
Common use cases
Prepare design-review materials
Use Adam when a design review is approaching and you need a brief assembled from build notes, open issues, and CAD screenshots. The source presents this as a repeatable review-prep workflow.
Reconcile and release BOMs
Use Adam to clean up a BOM, fill in missing manufacturer part numbers, flag long-lead items, and reconcile revision mismatches before sourcing or release. The examples show it surfacing duplicate parts and WIP revisions.
Source parts and prepare RFQs
Use Adam to compare supplier options, find drop-in component alternates, and draft RFQs with the right technical details. The site shows it browsing supplier catalogs and generating RFQ drafts with quantity breaks and delivery targets.
Create ECO and handoff packages
Use Adam to turn revision notes into an ECO packet, collect affected parts and approvals, or package drawings, BOMs, QA checklists, and open questions for a manufacturer handoff. This supports release and manufacturing transitions.
Handle recurring CAD tasks from chat
Use Adam inside chat tools when you need a model edit, drawing update, render set, or factory-ready output without leaving your team workflow. The page says you can message it from Slack or email.
Pros and Cons
Pros
- Supports concrete hardware workflows such as BOM cleanup, design reviews, sourcing, RFQ drafting, and factory handoff.
- Works with existing tools and workflows, including CAD, PLM, Slack, email, and supplier catalogs.
- Returns deliverables linked to source files, which fits review and approval workflows.
- The pricing page shows a Free plan and multiple paid tiers, so there is a clear entry point for evaluation.
Cons
- The source does not provide a complete public feature matrix or detailed platform limits.
- Pricing is listed by plan, but the page does not explain usage quotas in enough detail to compare plans precisely from the available text.
FAQ
What does Adam connect to?
Adam is positioned as a CAD copilot for hardware teams. The source says it works inside real CAD in Onshape and Fusion, and it can also connect to SolidWorks, PLM systems, supplier catalogs, Slack, email, and common work tools.
What kinds of outputs does Adam produce?
The source shows Adam can return branched model edits, reconciled BOMs, updated drawings, render sets, drafted RFQs, and related documentation. It also gives examples such as design-review briefs, ECO packets, factory handoff folders, and sourcing comparisons.
How does the workflow work?
The page says you can message Adam from Slack or email. The workflow is described as connect your CAD and PLM, tell Adam what you need, then get back the finished work linked to the source files.
Is Adam free to use?
The pricing page shows a Free plan and paid plans named Starter, Pro, and Max. It also mentions shared folders, custom models, persistent memory, multimodal generation, Slack and email access, and 3,000+ integrations, but the source does not provide a full feature matrix here.
Which CAD platforms are explicitly mentioned?
The source does not list detailed platform limits or every supported CAD feature. It does show support for Onshape and Autodesk Fusion in the product copy, and it references SolidWorks and PLM connections on the pricing page.
Quick Facts
- Category
- AI workspace for hardware teams
- Primary users
- Hardware teams and mechanical engineers
- CAD platforms mentioned
- Onshape, Autodesk Fusion, SolidWorks
- Workflow
- Connect systems, message Adam, receive linked deliverables
- Source domain
- adam.new
- Pricing
- Free plan plus Starter, Pro, and Max plans
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