Fabrication OS / A vision for making Interactive concept

01 / Begin with what you want to build

Complex parts.
Clear next steps.

Imagine bringing a complete assembly into Fabrication OS—and turning every component into a plan for getting it made.

↥

robotic-arm.stepExample model · Original concept assembly

✓

Product vision · Model upload and planning are future capabilities.

04 / Connect the plan to people

Find the people.
Make it real.

Carry each part’s requirements into the Network. Find fabricators and suppliers whose advertised capabilities are worth a closer look.

Side plates & housingsPrecision machining shops

Covers & linersSheet-metal fabricators

Motion & hardwareComponent distributors

Example sourcing routes, not live matches. Fit, capacity, price, and timing still need confirmation.

05 / Ask with the whole picture

AI that sees
what you’re making.

The vision: questions grounded in your assembly, real-world material properties, and the fabrication graph.

FA / Example responseStart with the forearm, not just the alloy.

Compare section shape, wall thickness, and material stiffness. Check payload, reach, and allowable deflection before choosing a lighter design.

Forearm geometry → Material properties → Load case

Still needed: payload, duty cycle, and deflection limit.

Scripted concept, not a live AI response or physics simulation.

RA—01 / Robotic armAssembly view

Preparing the assembly…

Designed as a whole.
Understood part by part.

Fabrication OS vision: upload an assembly, inspect its components, separate custom parts from purchased hardware, explore manufacturing sources, and ask questions grounded in geometry, materials, and evidence. This is an illustrative future workflow.

The connection that changes everything

Your design. The physical world.
The knowledge between them.

Assembly→Parts & materials→Manufacturing processes→Fabricators & suppliers

01 / Understand

Ask about the actual part.

Bring geometry, materials, interfaces, and operating conditions into the same conversation. Explore tradeoffs with the details that matter.

02 / Make a plan

See how the pieces come together.

Separate custom fabrication from catalog purchases. Surface the drawings, specifications, and open decisions each path needs.

03 / Find the people

Connect a requirement to a capability.

Explore manufacturers and suppliers through the Network, with source material behind their advertised capabilities.

The vision is ambitious. The foundation comes first.

Better answers today.
A clearer path to making tomorrow.

We’re building Fabrication OS at Fabrication AI, starting with sourced manufacturing answers and a searchable supplier network. Model understanding, assembly planning, and the workflow shown here are the direction we’re working toward.

See what we’re building Our approach

Find the people.
Make it real.

Carry each part’s requirements into the Network. Find fabricators and suppliers whose advertised capabilities are worth a closer look.

Side plates & housingsPrecision machining shops

Covers & linersSheet-metal fabricators

Motion & hardwareComponent distributors

Example sourcing routes, not live matches. Fit, capacity, price, and timing still need confirmation.

AI that sees
what you’re making.

The vision: questions grounded in your assembly, real-world material properties, and the fabrication graph.

FA / Example responseStart with the forearm, not just the alloy.

Compare section shape, wall thickness, and material stiffness. Check payload, reach, and allowable deflection before choosing a lighter design.

Forearm geometry → Material properties → Load case

Still needed: payload, duty cycle, and deflection limit.

Scripted concept, not a live AI response or physics simulation.

Your design. The physical world.
The knowledge between them.

Assembly→Parts & materials→Manufacturing processes→Fabricators & suppliers

01 / Understand

Ask about the actual part.

Bring geometry, materials, interfaces, and operating conditions into the same conversation. Explore tradeoffs with the details that matter.

02 / Make a plan

See how the pieces come together.

Separate custom fabrication from catalog purchases. Surface the drawings, specifications, and open decisions each path needs.

03 / Find the people

Connect a requirement to a capability.

Explore manufacturers and suppliers through the Network, with source material behind their advertised capabilities.

Complex parts.
Clear next steps.

One assembly.
A hundred
small decisions.

Make some.
Source the rest.

Find the people.
Make it real.

AI that sees
what you’re making.

Your design. The physical world.
The knowledge between them.

Ask about the actual part.

See how the pieces come together.

Connect a requirement to a capability.

Better answers today.
A clearer path to making tomorrow.

Complex parts.
Clear next steps.

One assembly.
A hundred
small decisions.

Make some.
Source the rest.

Find the people.
Make it real.

AI that sees
what you’re making.

Your design. The physical world.
The knowledge between them.

Ask about the actual part.

See how the pieces come together.

Connect a requirement to a capability.

Better answers today.
A clearer path to making tomorrow.

Complex parts.Clear next steps.

Your design. The physical world.The knowledge between them.

Ask about the actual part.

See how the pieces come together.

Connect a requirement to a capability.

Better answers today.A clearer path to making tomorrow.

Complex parts.Clear next steps.

Your design. The physical world.The knowledge between them.

Ask about the actual part.

See how the pieces come together.

Connect a requirement to a capability.

Better answers today.A clearer path to making tomorrow.

Complex parts.
Clear next steps.

Your design. The physical world.
The knowledge between them.

Better answers today.
A clearer path to making tomorrow.

Complex parts.
Clear next steps.

Your design. The physical world.
The knowledge between them.

Better answers today.
A clearer path to making tomorrow.