Master rapid prototyping with the right resolution. The teams who ship reliably match the resolution of the prototype to the question they’re trying to answer.
From Prototype to Manufacturing: Why the Transition Is So Hard
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Blogs & Insights
“Manufacturing Problems” Start During Design
A lot of “manufacturing problems” I see didn’t start on the shop floor. They started during the Hardware Design Phase. See how a Hardware Design Review can avoid issues before they start.
Engineering Design Review: The Call to Make Before Tooling
Smart hardware teams run an engineering design review before committing to tooling. See how MedTech, aerospace, and device companies use DFM reviews to catch expensive problems early.
Small Moves, Big Impact: Cut Costs Without Sacrificing Quality
Reduce manufacturing costs 20-40% with 5 targeted engineering tweaks. DFM, assembly fixtures, supply chain tweaks. PE-led guidance from Root3 Labs.
The DFM Checklist: Why Your Prototype Works But Production Fails
Your prototype works but production is failing? Learn the 5 design for manufacturing mistakes that kill hardware launches and a DFM Checklist to avoid them.
From midnight scramble to a premier experience – the Ammortal Chamber load-in fix
When plans go sideways, you need systems thinkers who ship. How a midnight scramble turned into a premier experience for the Ammortal Chamber.
Commercial Off the Shelf vs Custom Parts
In the fuzzy early stages of design and prototyping, we often talk about COTS/OTS versus custom parts. Have you also ever found yourself stuck deciding between commercial off the shelf, off-the-shelf, or custom parts? Choosing the right tool for the job is critical...
Funding & Tax Resources for Manufacturers in Maryland
As an engineering research and development company, we understand the importance of staying up-to-date with the latest tax incentives and tax resources for manufacturers in Maryland. Whether you're a startup or long-established business, taking advantage of these...
Root3 Labs Dives Deep into Dip Molding
Rachel describes the dip molding process and addresses the advantages and disadvantages of the manufacturing technique.