Plan sheet metal CAD workflows with DFM guidance and manifest-based versioning.
npx skills add https://github.com/tonykoop/claude-skills --skill sheet-metal
Please help me install this Agent Skill. Skill: sheet-metal Source: https://github.com/tonykoop/claude-skills/tree/main/plugins/maker/skills/sheet-metal Command: npx skills add https://github.com/tonykoop/claude-skills --skill sheet-metal
Design, validate, and package end-to-end sheet metal workflows (CAD planning, DFMs, and shop-floor handoff) across runtimes to deliver repeatable, auditable packets.
Create a starter packet by running the top-down design workflow to produce a design-brief, parameters.csv, solidworks-plan.md, and design-table.csv for a chosen box or envelope.
High-intent search queries and answers about installing and using this skill.
Sheet metal CAD planning uses a top-down design workflow to generate a design brief, parameters file, and design table. This deterministic process aligns family geometry across sizes and ensures repeatable shop-floor handoff.
Generating bend calculations and DXF handoff files is handled by deterministic scripts within the sheet metal planning packet. These scripts automate geometry creation and ensure accurate flat-pattern exports for fabrication.
Top-down design uses a Master Layout Part to drive geometry, keeping sheet metal family variations aligned across all sizes. This approach ensures that any parameter changes automatically propagate through the entire design table.
SolidWorks design tables are fully supported to manage sheet metal DFM guidance and packaging. The workflow generates a design-table.csv that feeds directly into SolidWorks plans for deterministic part generation and cross-device packaging.
Versioning and packaging sheet metal artifacts for cross-device handoff uses manifest-based governance. This system ensures that all generated DXF files, design tables, and planning documents remain auditable and synchronized across runtime environments.
Manifest-based versioning is needed when delivering repeatable and auditable sheet metal packets across multiple runtimes. It ensures that design briefs, solidworks plans, and DXF files remain consistent and eval-ready for shop-floor fabrication.
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