sheet-metal

Plan sheet metal CAD workflows with DFM guidance and manifest-based versioning.

1|Updated May 9, 2026

Search Tags:#workflow #top-down #dfm #solidworks #packet #sheet-metal #design-table

Ready to run

npx skills add https://github.com/tonykoop/claude-skills --skill sheet-metal

💬 Prompt for ChatGPT / Claude Chat▼

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

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) and references (resource) components.

What problem does it solve?

Design, validate, and package end-to-end sheet metal workflows (CAD planning, DFMs, and shop-floor handoff) across runtimes to deliver repeatable, auditable packets.

Core Features & Use Cases

Master Layout Part driven design to keep family geometry aligned across sizes
Deterministic scripts for bend calculations, design tables, and DXF handoff
Cross-runtime artifact governance with manifest-based versioning and eval-ready references
Use cases span toolboxes, enclosures, armor, kinetic sculpture, and shop infrastructure

Quick Start

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.

Frequently Asked Questions about sheet-metal

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I plan a sheet metal CAD workflow from design to fabrication?▼

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.

What is the best way to generate bend calculations and DXF handoff files for sheet metal?▼

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.

How does top-down design keep sheet metal family geometry aligned across different sizes?▼

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.

Can I use SolidWorks design tables to manage sheet metal DFM guidance and packaging?▼

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.

How do I version and package sheet metal artifacts for cross-device shop-floor handoff?▼

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.

When do I need manifest-based versioning for sheet metal design packets?▼

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.