For a mechanical engineer, the moment a design leaves the CAD software is when the real work begins. The translation of a 3D model into a set of procurement-ready drawings, quotes, and supplier orders is a manual, error-prone slog that can eat a week of every month. Fabricate, a Y Combinator-backed startup, is betting that this interstitial space between design and manufacturing is a software problem waiting to be solved. Their pitch is pragmatic: take the CAD file, and let the system handle the rest.
The wedge is the drawing
Fabricate's initial product surfaces as an integration inside existing CAD tools, focusing on a single, high-friction output: the engineering drawing. According to co-founder Ethan Breit, the platform automates these drawings to match exact standards, pulling directly from the CAD model [Ethan Breit - Loombotic | LinkedIn, retrieved 2026]. The immediate value is time saved; the company claims its tools can help engineers save up to 40 hours every month [Ethan Breit - Loombotic | LinkedIn, retrieved 2026]. But the real commercial wedge is what that automated drawing enables. Once a design is translated into a standardized format, the system can instantly generate accurate quotes, coordinate with a supplier network, and track components for delivery [Fabricate, retrieved 2024]. It turns a static deliverable into a dynamic procurement ticket.
Founders, Backgrounds, and Bench
The company's trajectory is a classic Y Combinator pattern: identify a visceral pain point from direct experience and move quickly. Co-founders Ethan Breit and Lucas Crupi, who both dropped out of university to work on Fabricate, are targeting a market they ostensibly know [Launch YC: Fabricate - Instantly Generate Engineering Drawings | Y Combinator, retrieved 2026]. Crupi holds a BSc in Mechanical Engineering from the University of Toronto, a background that informs the product's focus on engineering rigor over generic workflow automation [Lucas Crupi on LinkedIn, retrieved 2026].
| Founder | Role | Background |
|---|---|---|
| Lucas Crupi | Co-founder, CEO | BSc Mechanical Engineering, University of Toronto; Schulich scholarship recipient [CBC News, retrieved 2026]. |
| Ethan Breit | Co-founder | Co-founded Fabricate; background in hardware development [Ethan Breit - Loombotic |
Where the integration gets real
The promised workflow is a cascade of automations that, if reliable, would significantly compress procurement cycles. The platform's stated capabilities form a clear sequence:
- Instant quoting. It transforms CAD drawings into accurate price estimates [Fabricate, retrieved 2024].
- Supplier coordination. The system automatically engages a network of vendors [Fabricate, retrieved 2024].
- Component tracking. It follows each part to ensure on-time delivery [Fabricate, retrieved 2024].
- Price optimization. It claims to secure the best possible prices [Fabricate, retrieved 2024].
The bet is that by owning the translation layer from design to order, Fabricate becomes the system of record for hardware procurement.
The crowded field of "supply chain software"
For all its specificity, Fabricate enters a market dense with point solutions and expanding platforms. The primary competition comes from several angles:
- PLM and ERP giants. Companies like PTC, SAP, and Oracle have deep, entrenched procurement modules.
- Modern sourcing platforms. Tools like Fictiv and Xometry have already digitized manufacturing quoting and fulfillment.
- Vertical SaaS. Companies like Fishbowl or Rootstock attack adjacent pieces of the problem.
Fabricate's differentiation rests on starting earlier in the workflow, with the engineer, and automating the drawing itself. The risk is becoming a feature rather than a platform that can command enterprise-scale ACV. Their success hinges on proving that the automated drawing is a critical control point that generates unique data on supplier pricing and lead times.
The ideal customer profile is the director of engineering at a mid-market robotics, automotive, or industrial equipment company. This is a team shipping physical products weekly, with a handful of dedicated mechanical engineers who are currently spending too much time on paperwork. For that buyer, a tool that demonstrably reclaims a week of engineering time per month is an easy calculation.