
Enclosure DFM: Avoid Costly Revisions
Reduce tooling risk through CAD review, avoid costly revisions, and benefit from manufacturing support to lower piece price before production.

Reduce tooling risk through CAD review, avoid costly revisions, and benefit from manufacturing support to lower piece price before production.
Tooling changes after the design freeze can lead to high piece prices driven by geometry decisions. Conducting a thorough CAD review early on can help mitigate assembly issues that are often discovered too late, ultimately supporting manufacturing processes and aiding in tooling risk reduction.
One-Week Pre-Tooling Review - $1,250
*Most engagements start here
A focused CAD review before committing to tooling, aimed at tooling risk reduction.
Includes:
- Annotated CAD feedback
- Evaluation of drafts, ribs, bosses, and snap features
- Parting lines and mold complexity review
- Assembly approach (fastening, alignment, access)
- Tooling risks and piece price cost drivers
~Includes a short walkthrough call.
* Used before cutting steel to reduce revisions and avoid unnecessary costs.
Ongoing Manufacturing Support (Monthly)
Continued support as designs advance toward production.
- Weekly review sessions
- Ongoing CAD feedback
- Design guidance as geometry evolves
- Support through key manufacturing decisions
* Typically follows an initial CAD review when deeper involvement is needed.
Tooling, Fixture, and Jig Design (Short Engagements)
Targeted support for manufacturing-related design work.
- One-week focused design sprints
- Tooling-related components
- Fixtures and production aids
* Engaged when specific manufacturing solutions are required.
Draft, ribs, bosses, and snap features are essential considerations during the CAD review process. Addressing parting lines and mold complexity plays a crucial role in manufacturing support. Additionally, developing a fastening and assembly strategy is vital for tooling risk reduction, especially when evaluating cost drivers in molded parts.
With fewer tooling revisions needed, we achieve lower piece prices and enhance the cleaner handoff to the manufacturer. This process also benefits from thorough CAD review and robust manufacturing support, contributing to tooling risk reduction.

I’m a manufacturing and process engineering professional with over a decade of experience in injection molding design, product development, and production optimization. I help companies turn ideas into manufacturable, cost-effective plastic components while improving quality and efficiency.
My background combines hands-on engineering with real-world production experience, including injection molded enclosure design, tooling development, CAD modeling, prototyping, and full production support. I’ve also worked in product design and development roles, supporting projects from concept through manufacturing while collaborating directly with clients.
I take a practical, results-driven approach focused on improving manufacturability, reducing defects, and streamlining production. With training in Lean Manufacturing and Six Sigma, I deliver solutions that are efficient, scalable, and built for real-world performance.
Open today | 09:00 am – 05:00 pm |
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.