Setting up your bench…
Your AI Workshop
Describe it. Blueprint it. Build it.
Your workshop is ready.
Vibecrafting is your AI-powered workshop companion. Describe what you want to make — or photograph something you want to recreate — and get a complete, engineering-checked blueprint: parts lists, shopping lists, 3D-printable connectors, and assembly guides. From furniture to enclosures to custom jigs — walk in with an idea, walk out with a plan.
About
Your AI workshop companion
Vibecrafting bridges the gap between “I want to make that” and an engineering-checked, buildable blueprint. No CAD skills. No years of shop experience. Describe what you want in your own words, and your workshop companion drafts a complete design — checked against real engineering rules, ready to take to the bench.
10+
Project types supported
7
3D-printable connector types
< 60s
From description to blueprint
Real Models
These aren't mockups.
Every model below was generated and rendered straight from the engine — real geometry, real cut lists. Each one started as the plain-English prompt on its card, and only designs that passed the engineering checks earned a spot here.
Garage Bookshelf
“A sturdy bookshelf for my garage, about 4 feet tall and 3 feet wide, pine plywood”
36″W × 12″D × 48″H
12 parts · ¾″ plywood, dadoed shelves + center stile
Checked
Workbench
“Workbench for my garage, 2x4 construction, about 5 feet wide”
60″W × 24″D × 34″H
9 parts · 2×4 frame + plywood top
Checked
Library Bookshelf
“A simple bookshelf, 5 shelves, pine plywood, about 6 feet tall”
30″W × 12″D × 72″H
8 parts · ¾″ plywood, dado joints
Checked
Storage Box
“A plywood storage box with a lift-off lid, about 18 inches wide”
18″W × 12″D × 10″H
6 parts · ½″ plywood, lift-off lid
CheckedHow It Works
From idea to blueprint in three steps
Walk into the workshop with an idea. Walk out with everything you need.
1
Describe or Photograph
Walk up to the drafting bench. Tell us what you want to make in plain English — or snap a photo of something you want to recreate. No CAD skills. No jargon.
2
AI Drafts Your Blueprint
Your AI workshop companion interprets your intent, drafts a complete parametric design, and checks it against real engineering rules — dimensions, materials, and structural integrity.
3
Take It to the Bench
Get an engineering-checked blueprint: optimized parts list, itemized shopping list, 3D-printable connectors, interactive 3D preview, and OpenSCAD files. Everything you need to walk into the shop and start making.
Gallery
Blueprints from the workshop
Real prompts, real blueprints — describe what you want to make
Bookshelf
72"H × 30"W × 12"D · ¾″ pine plywood
“A simple bookshelf, 5 shelves, pine plywood, about 6 feet tall”
Pantry Shelving
84"H × 30"W × 16"D · ¾″ plywood
“Tall pantry shelving unit, 7 feet tall, 30 inches wide, plywood”
Workbench
34"H × 60"W × 24"D · 2×4 frame + plywood top
“Workbench for my garage, 2x4 construction, about 5 feet wide”
Record Shelf
42"H × 30"W × 13"D · ¾″ walnut hardwood
“A record shelf for vinyl, 30 inches wide with 2 shelves, walnut”
Entry Cubby
36"H × 24"W × 12"D · ¾″ plywood
“Open storage cubby for shoes by the door, 3 shelves, 24 inches wide”
Storage Box
10"H × 18"W × 12"D · ½″ plywood, lift-off lid
“A plywood storage box with a lift-off lid, about 18 inches wide”
New Feature
Snap a photo. Get a blueprint.
See a piece of furniture you love? Upload a photo and our AI will reverse-engineer it into a complete, buildable design — with every part, joint, and material identified.
The walkthrough below is an illustration of the flow — try it with your own photo on the drafting bench.
Mid-century bookshelf photo
bookshelf.jpg · 2.4MB
Your notes
“I want to build this in walnut plywood. About 6 feet tall.”
AI analyzes photo in ~45 seconds
Mid-Century Walnut Bookshelf
72"H × 36"W × 12"D · Walnut plywood
Parts identified from photo
Side Panel
72" × 12" × ¾" × 2Top
34.5" × 12" × ¾" × 1Bottom
34.5" × 12" × ¾" × 1Fixed Shelf
34.5" × 11.25" × ¾" × 4Back Panel
71.5" × 35.5" × ¼" × 1Joinery detected
Dado joints (shelves)Rabbet joints (back panel)Pocket screws (top/bottom)
Generated outputs
Cut List
9 parts, 22.5 board feet
Shopping List
~$85 in materials
3D Preview
Interactive viewer
OpenSCAD
Parametric export
Toolkit
Every tool on the wall, ready to go
A complete workshop toolkit — your blueprints are AI-drafted and checked against real engineering rules
Photo to Blueprint
Upload a photo of any piece of furniture and get a complete buildable blueprint. Our AI identifies dimensions, materials, joinery, and every component — then generates cut lists, shopping lists, and 3D previews.
Natural Language Input
No CAD experience needed. Describe what you want to build the way you'd explain it to a friend — our AI understands dimensions, styles, materials, and constraints from plain English.
Rules-Based Validation
Every design is checked against real engineering rules: dimensional limits, material strengths, joint load capacity, and standard sheet sizes. You see confidence scores, not just pass/fail.
Optimized Cut Lists
Automatically generated cut lists minimize material waste by optimizing panel layout across standard sheet sizes. Know exactly what to cut, in what order.
Itemized Shopping Lists
Get a complete materials list with quantities, dimensions, and estimated costs. Walk into the hardware store with a plan, not a guess.
3D-Printable Connectors
Skip traditional joinery and off-the-shelf hardware. Generate parametric STL files for corner brackets, shelf pins, knockdown cam locks, T-brackets, and more — print them at home.
Interactive 3D Preview
Visualize your design in a real-time 3D viewer before cutting a single board. Rotate, zoom, and inspect every joint and panel.
Exploded Views & Assembly Steps
Auto-generated exploded diagrams pull every part apart so you can see how it fits together. Step-by-step assembly renders highlight each new part as you build.
Iterative Refinement
Not quite right? Say "make it taller" or "add a drawer" and the AI refines your existing design while preserving what already works.
OpenSCAD Export
Every design exports to OpenSCAD for full parametric control. Tweak dimensions, add custom features, or integrate into your existing CAD workflow.
No Traditional Joinery Required
3D-printable connectors that actually work
Every design includes parametric connector files sized to your exact dimensions. Print them at home, slot them in, and assemble with confidence. No specialty tools, no off-the-shelf brackets that almost fit — just your printer and a screwdriver.
Corner Brackets
90° panel-to-panel joins
Shelf Pins
Adjustable shelf positioning
Knockdown Cams
Disassemble & reassemble
Panel Joiners
Edge-to-edge connections
Leg Brackets
Table & desk legs
T-Brackets
Perpendicular joins
Modular Grid
Stackable cube systems
Principles
Workshop rules
The maker is the center of the workshop — not the software
Think like a maker
We accept natural language, not CAD concepts. If you can explain it, we can design it.
Guardrails, not walls
We never block your creativity. If something won't work, we show you how to make it work.
Confidence, not certainty
Designs show confidence scores and suggestions — not just pass/fail — so you make informed decisions.
Complete kit, not just files
Every design includes cuts, connectors, shopping list, and assembly guides. Everything you need, nothing you don't.
Roadmap
What we're building next
The workshop grows — here's what's coming to the bench
Now
Intelligence & Output
- Photo-to-blueprint: upload a photo, get a buildable design
- Natural language design generation
- Engineering-checked cut & shopping lists
- 3D preview & OpenSCAD export
- Exploded views & assembly step renders
- Iterative design refinement
- 7 connector types with STL export
Next
Build Companion
- AR-guided assembly — point your phone at your workpiece and see the next step overlaid
- Tolerance-aware cut lists — flag cuts that need precision tooling vs. ones a circular saw handles fine
- Live material pricing from supplier APIs — see real costs, not estimates
- Tool-aware plans — generate instructions matched to the tools you actually own
- Community pattern library — fork, remix, and share proven designs
Future
Spatial Intelligence
- AR room capture — scan your space with your phone, place full-scale designs in it before you build
- Precision 3D reconstruction — phone-based photogrammetry that reverse-engineers real objects into buildable designs, from jewelry boxes to barns
- Scan-to-replicate pipeline — walk around a piece, get a parametric model you can modify and rebuild
- Multi-material support — metal, acrylic, composites with material-specific validation rules
- Hybrid joints — wood-to-metal brackets, threaded inserts, mixed-material connectors