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Fast Manufacturing Playbook

How hardware teams move from CAD to real parts faster

Most hardware-program delays happen before production starts: unclear specs, slow quote cycles, late DFM feedback. The Coredeq Fast Manufacturing Playbook is the workflow we run with our customers to compress that.

The principles in the PDF apply whether you are building prototypes, validating a concept, or preparing for production. They come from the patterns we see repeatedly with hardware startups, product teams, and engineering companies.

What you will learn

A short, practical guide covering:

  • Why most manufacturing delays happen before production
  • How clear inputs land an accurate quote on the first pass
  • Why early Design for Manufacturing (DFM) saves weeks later
  • The simple workflow that helps teams move from prototype to production faster
  • How reducing friction between steps compresses project timelines

Who this playbook is for

Hardware startupsProduct development teamsMechanical engineersDeep tech foundersCompanies moving from prototype to production

If your team is working with CNC machining, 3D printing, injection molding, or PCBA, these principles can help you avoid common delays.

How the workflow runs

The path from your spec to first parts, with realistic timing. This is what we run with customers.

  1. Spec lock and DFM review

    Day 1 to 2

    You send CAD plus the inputs on the Prototype Checklist. A Coredeq engineer reviews for manufacturability and flags anything ambiguous before quoting.

  2. Quote and sign-off

    Within 24h of clean spec

    Pricing, lead time, and method (CNC, 3D print, vacuum cast, sheet metal, PCBA) confirmed in one quote. NDA and PO in place.

  3. First parts in hand

    5 to 10 working days

    Production runs, QC report attached on shipment. From day 1 to part on your bench, typical timing is two to three weeks.

Download the Playbook

Short, practical guidance for teams moving from CAD to real parts faster.

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Frequently Asked Questions

Fast manufacturing refers to methods and workflows that reduce the time from product design to finished parts. This typically includes rapid prototyping, clear design specifications, early Design for Manufacturing (DFM) input, and streamlined communication between engineering teams and manufacturing partners.
Most manufacturing delays do not happen during production. They often occur earlier in the process due to unclear specifications, slow quoting cycles, late manufacturability feedback, or coordination challenges between multiple suppliers.
Design for Manufacturing (DFM) is the process of optimizing a product design so it can be manufactured efficiently, reliably, and cost-effectively. Early DFM feedback helps identify geometry, tolerance, or material choices that could otherwise create delays or unnecessary cost later in production.
Companies typically move from prototyping to production once the design has been validated and the product requirements are stable. At this stage, manufacturing methods such as injection molding, die casting, or volume PCBA become more suitable than rapid prototyping methods.

Common prototype manufacturing methods include:

  • CNC machining
  • 3D printing
  • Vacuum casting
  • Sheet metal fabrication
  • PCB assembly

These methods allow product teams to quickly test designs and iterate before committing to large-scale production.

Have a project to discuss? Send specs.

Upload your CAD with the relevant inputs confirmed and a real engineer will get back within 24 hours.