Creative Manufacturing Concepts
Design-to-Manufacture, done complete.
Bring me a scan, a sketch, or an idea. I take it all the way to machine-ready. Reverse engineering, modeling, and surfacing into clean files that drop into your shop and cut clean, from someone who has actually run the machines. One set of hands from idea to ready-to-cut, not a job passed between five vendors.
What you actually need, not what you were sold.
Discuss your workflow or use case
Tell me what you're building, your timeline, and what tools you're on.
What CMC Does
I take a product from idea to machine-ready, every material, in one parametric environment, with the repeating parts kept consistent across the whole project.
I am not locked to one program. Rhino, Fusion, Inventor, whichever the job needs, which is why I solve what a single-tool shop gets stuck on.
I automate the repetitive work, so the repeating parts stay consistent across the whole project. No drift, no redrawing the same piece fifty times.
We focus on:
• one source for the complete, multi-material product
• rebuilding scans and broken files into clean, machine-ready surfaces
• repeating parts that stay consistent across a project
• surfaces that hold tolerance for finish passes, not faceted approximations
• geometry that is CAM-aware and built for how it gets manufactured
The result: a complete design that survives the handoff and runs clean on the floor.
CMC is for people who need things that actually get made.
CMC Parts Palette
Parts Palette is a Fusion 360 add-in that turns your own structured libraries into one-click, parametric, manufacturing-ready insertions. You supply the content, the framework keeps it consistent and machine-ready across every project.
Key ideas
one-click insertion of validated components
parametric variation without duplication
consistent structure, naming, and orientation
workflows that scale across projects and teams
Library → Insert → Parametric variation → Manufacturing-ready output
Example Use Case: Parametric Product Families
CMC tools are designed for product families where variation is common but structure must remain disciplined.
Example: a cabinet line
• parametric carcasses, doors, and drawer boxes
• sizes driven by a few key dimensions
• CNC-ready geometry generated consistently across variants
The same pattern applies to any repeatable product line, from casework to guitars.
Who This Is For
CMC is built for:
• Fusion 360 power users
• product designers working with repeatable structures
• CNC shops and manufacturing partners
• teams building modular or configurable products
If your work requires consistency, reuse, and clean handoff to manufacturing, CMC belongs in your workflow.
Manufacturing Context (Why This Works)
CMC tools/add-ins are informed by real CNC and production environments.
That means:
• geometry is CAM-aware
• structure survives handoff
• automation reflects real constraints
Manufacturing isn't an afterthought. It's the design input.
Business Philosophy
CMC operates on a few simple rules:
• systems over one-offs
• structure before speed
• manufacturing reality as a constraint
• repeatability creates value
Everything we build follows these principles.