In the fast-moving sectors of Consumer Computing and IoT Gadgets, the “12-hour lag” of overseas engineering is the hidden killer of ROI. When your Monterrey or Austin team has to wait half a day for DFM (Design for Manufacturing) feedback on a new RF Module or Smart Home Device, your innovation cycle grinds to a halt. In 2026, speed is the only competitive currency.
Fenix MFG eliminates this lag through our Synchronous Nearshore Engineering model. Because our facility shares your time zone, our engineers provide real-time DFM feedback while your team is still at their desks. This collaboration drives our Nearshore Prototyping Speed. We move finalized CAD files to populated, tested PCBA prototypes in as little as 48 hours.
We don’t use “hobbyist” lines. We utilize the same Smart Assembly Lines, Pick & Place robots, and High-Precision Wire Harnessing equipment used for high-volume production.
Whether it’s Low-Power Electronics or complex Sub-Assemblies with Overmolding, your “Phase Zero” units are built to production standards, ensuring there are no surprises when you scale.
Innovation moves too fast for a 12-hour communication gap. When your engineering and manufacturing teams speak the same language in the same time zone, the 48-hour prototype becomes your standard operating procedure.
Fenix MFG provides the velocity needed to turn a CAD file into a market-ready product while your competitors are still in their first design review.
Q: What is required for a 48-hour quote?
Finalized Gerber files, a BOM in .csv format, and XY pick-and-place data.
Q: Can you handle custom Overmolding for prototypes?
Yes. Our integrated Moldeo por inyección de plástico allows us to produce custom housings during the sprint.
Q: How do you handle legacy chip shortages?
Our Strategic Sourcing team reviews your BOM for 2026–2027 component availability during the 48-hour window to mitigate supply chain risk.
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