The AI copilot for mechanical engineering
Find parts/suppliers, verify with data, run calculations and keep design consistent. All-in-one workflow without replacing engineering judgement.
BOOK A CALLTHE PROBLEM
Engineering decisions break across disconnected tools
Design, constraints, and sourcing live in separate systems. Engineers manually reconcile decisions across CAD, PLM, spreadsheets, and supplier databases.
Large, scattered and inaccessible data
Tribal knowledge, pages of standards and guidelines buried deep within PLMs and behind paywalls
Non-engineering tasks slow you down from focusing what's key
Documentations, reports, and drawings takes a long time. Especially, when there is a standard to follow.
Limited to procured parts from selected vendors
Limited to designing based on the few approved vendors. Fighting to buy new parts from new vendors is a struggle.
HOW IT WORKS
One continuous workflow
Define design intent
Describe what you need to build with functional requirements
Retrieve constraints
System pulls relevant standards, specs, and past decisions
Generate CAD concept
Create manufacturable designs with real-world parameters
Source and validate
Match suppliers and verify production feasibility
Design with real-world constraints
Generate CAD concepts using manufacturable components and engineering inputs. Every design decision considers material properties, tolerances, and production feasibility.
Tolerance specification
Tolerance +/-0.05mm may increase cost by 40%
Wall thickness
2mm walls are within standard range
Machining complexity
Complex geometry requires 5-axis CNC
Material availability
6061-T6 readily available
Quality management system requirement
Previous enclosure used 2.5mm minimum
Electronics assembly acceptance criteria
Surface what your system already knows
Pull constraints, standards, and past decisions from PLM systems and internal documentation. Every reference includes the exact line number and source file.
Every decision is traceable
No black box outputs. Full audit trail showing what action was taken, when, by whom, and the reasoning behind each decision.
6061-T6 Aluminum chosen based on thermal conductivity
Changed from +/-0.05mm to +/-0.1mm
CNC Machining recommended
Initial design concept created
Precision Metals GmbH
TechParts Manufacturing
Alpine CNC Solutions
Find suppliers that actually fit your design
Match manufacturers based on your exact specs, materials, and production requirements. Not just keyword matches, but actual capability alignment.
REAL RESULTS
Built for production teams
100 hrs
Saved per month in modeling time
35%
Reduction in redundant design
30%
Fewer design errors
$250K-5M
Savings in a year
WHY BUILDABLES
Built differently
Engineering copilot, not automation
We augment engineering decisions, not replace them. Every output requires human validation.
End-to-end workflow
From concept to supplier in one system. No more switching between disconnected tools.
Built for production
Real engineering constraints, real supplier data, real manufacturing parameters.
Auditability as the feature
Every recommendation has a source. Full traceability for compliance and team alignment.
Used by engineers from Antler, IBM, Intel
Aligned with ISO, IPC, ASME standards
Developed with research labs
FAQ
Common questions
Stop rebuilding decisions from scratch
Bring design, constraints, and sourcing into one system.
Book a Call