Know the cost, feasibility, and specs before you build
Buildables calculates manufacturing cost, material requirements, and production feasibility instantly using AI.
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Buildables Workspace
Your locally hosted AI workspace for mechanical design, sourcing, and technical verification.
Design Concepts
Design a concept architecture...
Sourcing & BOM
Turn my CAD model into a sourced...
AI Copilot
Review my design against industry...
Run Calculations
Calculate the required torque...
THE PROBLEM
Most builds fail before manufacturing even starts
Wrong materials, unrealistic budgets, and poor assumptions cost weeks. Buildables removes guesswork before you commit.
HOW IT WORKS
From specs to insights in seconds
Step 1
Describe your build
Enter your product specs, materials, and production requirements
Step 2
AI analyzes constraints
Cost models, material databases, and manufacturing rules are applied instantly
Step 3
Get real outputs
Receive pricing, feasibility insights, and production recommendations
CORE FEATURES
Engineering intelligence, not guesswork
Instant manufacturing cost breakdown
Get per-unit costs with part numbers, descriptions, and manufacturer details in a single response.
What's the manufacturing cost for this aluminum enclosure at 1,000 units?
Based on your specifications, here's the cost breakdown:
Unit Cost
$24.80
Tooling
$2,500
Total
$27,300
Suggest the right material for your application
AI suggests materials based on your requirements. You make the final decision with full context.
What material should I use for this outdoor sensor housing?
Based on your outdoor sensor requirements, I suggest these materials:
Validate if your design can actually be built
Upload your 3D model and get instant feedback on manufacturability issues and warnings.
Can you validate if this design can actually be built?
I've analyzed your 3D model. Here are the validation results:
Buildable
Yes
Warnings
1 issue
Run your own calculations
Complex engineering calculations with clear methodology and results you can verify.
Calculate the required force for this linkage mechanism.
Here's the force analysis for your linkage mechanism:
Total Force (F₂)
106.356 kN
Efficiency (η)
92.24%
Manufacturability analysis
Detect impossible tolerances, incompatible processes, and cost inefficiencies before production.
Can this design be manufactured with CNC machining?
Manufacturability Analysis
2 warningsTolerance +/-0.05mm
May increase cost by 40%. Consider +/-0.1mm if precision isn't critical.
Wall thickness: 2mm
Within standard CNC machining range.
Complex geometry
Requires 5-axis CNC. 3-axis alternative available with design changes.
Material: 6061-T6 Aluminum
Readily available from 12 verified suppliers.
Optimize for cost, speed, or quality
Compare production options and see trade-offs across different manufacturing decisions.
What are my options to optimize for cost vs speed?
Here are your production optimization options:
INTERACTIVE TOOL
Run your own calculation
Enter your specifications and click Calculate
AI INSIGHTS
Not just numbers. Real engineering insight.
Reduce cost by 18% by switching to die casting
Lead time can be reduced by 12 days
Material over-spec'd for use case
WHY BUILDABLES
Engineering intelligence you can trust
Built for real-world manufacturing
Our models are trained on actual production data, not theoretical calculations.
Not just estimates. Constraint-aware.
We factor in tolerances, material properties, and process limitations.
Connected to sourcing workflows
Seamlessly move from calculation to supplier outreach in one platform.
AI trained on engineering logic
Our system understands DFM principles and applies them automatically.