Design with real-world constraints, not assumptions

Generate CAD concepts using verified components and engineering data with full traceability into every decision.

PROMPT

Design outdoor sensor enclosure

Input
Concepts
3D Models

THE PROBLEM

Concept designs fail when constraints are missing

Engineers often design without full visibility into past decisions, standards, or supplier constraints leading to redesigns later.

CORE FEATURES

Design intelligence, not automation

Generate concepts from real components

Create CAD-ready concepts using actual manufacturable parts with full 3D preview, print time estimates, and material recommendations.

Base_with_Side_Supports_and_Hinge_Fork
Phone_Cradle_with_Hinge_Tab
Hinge_Pin
YZX
Base_with_Side_Supports_and_Hinge_Fork
Base_with_Side_Supports_and_Hing...

Rectangular base (50×50 mm) with integrated side supports and hinge fork to hold the rotating phone cradle.

PRINT TIME

~3-4 hours

on FDM printer

MATERIAL

PLA

SUPPORTS

Minimal

Surface what your system already knows

Pull constraints, standards, and past decisions from buried PLM and internal documents. Every reference includes the exact line number and source file.

Extracted Constraints
ISO 9001:2015 ComplianceStandards

Quality management system requirement

QMS-DOC-2024.pdf, Line 45-48
Wall thickness min 2.5mmPast Design

Previous enclosure used 2.5mm minimum for structural integrity

Project-ENC-2023/design-notes.docx, Line 127
IPC-A-610 Class 2Standard

Electronics assembly acceptance criteria for commercial products

Internal Standards DB, Section 4.2.1

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.

Decision Audit Trail
Material selected
10:42 AM

6061-T6 Aluminum chosen based on thermal conductivity requirements

AI Suggestion
Tolerance updated
10:38 AM

Changed from +/-0.05mm to +/-0.1mm to reduce cost by 40%

J. Smith
Process selected
10:35 AM

CNC Machining recommended (quantity below injection molding threshold)

AI Suggestion
Concept generated
10:32 AM

Initial design concept created from prompt

AI Suggestion

Engineers stay in control

The system suggests. Engineers decide. Every step is reviewable before moving forward.

Review Required
Step 3 of 5

AI suggests: Change wall thickness from 2.0mm to 2.5mm

Reason: Previous thermal analysis showed heat dissipation issues at 2.0mm

Version History
v1.3 - Wall thickness updated2 min ago
v1.2 - Material changed to Al 60615 min ago
v1.1 - Initial concept generated8 min ago

HOW IT WORKS

From intent to production-ready design

01

Input design intent

Describe what you need to build

02

System retrieves constraints

AI pulls from PLM, standards, and past projects

03

Generates concept

CAD-ready output with component list

04

Engineer reviews and edits

Accept, modify, or reject each suggestion

05

Export to production

Ready for manufacturing handoff

Used by engineering teams

Trusted by engineers at hardware companies worldwide.

Aligned with ISO, IPC, ASME standards

Built-in compliance with industry standards and best practices.

Built for production workflows

Integrates with your existing PLM and design tools.

3h to 10min

Modeling time

35%

Reduction in redundant design

30%

Fewer design errors

200+

Engineers onboarded

WHY BUILDABLES

Built for engineers, by engineers

Not a design generator

We assist, not replace. Engineers make the final call on every decision.

Built on real engineering data

Trained on actual manufacturing constraints, not theoretical models.

Designed for production, not visuals

Every output is meant to be manufactured, not just rendered.

Auditability as a feature

Full traceability from requirement to design decision.

FAQ

Common questions

Design faster without losing control

Bring structure, traceability, and speed into your design workflow.

BOOK A CALL