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The prototype that gets built in isolation from manufacturing is the one that costs you more later on. You build it, it passes the bench test, the investor demo goes well, and then the manufacturer tells you the tolerance stack-up does not work at volume, or the component you specified has a 26-week lead time, or the enclosure geometry cannot be injection molded without a tool change that adds four months. We design prototypes the same way we design products for serial production because at MDS+, the team building the prototype is the same team that will take it to manufacturing. Electronics, Mechanical, Firmware, and DFM considerations run in parallel, not in sequence. Our prototyping lab in Singapore handles PCBAs, CNC machined parts, 3D printed structures, full system integration, and precertification testing for rapid product development and verification. Across 400+ projects the clients who moved fastest to market were the ones who started prototyping with the end of the line already in view.
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PCBAs, embedded systems, IoT connectivity, and sensor integration built to your exact specification.
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CNC machined parts, 3D printed structures, and sheet metal fabrication with tight tolerances.
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Built under ISO 13485 design controls with documentation supporting your regulatory pathway.
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Electronics, firmware, and mechanics assembled into a working system ready for real-world testing.
We build electronic, mechanical, and integrated system prototypes for medical devices, consumer electronics, robotics, industrial hardware and lab equipment.
Yes. We follow ISO 13485 design controls and deliver documentation alongside the prototype to support CE and FDA regulatory submissions.
Timeline depends on the device complexity and design maturity. Simple electronic assemblies can be ready in one or two weeks. Multi-system integrated prototypes typically take four to eight weeks.
If needed, yes. More generally we source globally and manage the supply chain from Singapore. For urgent prototype builds, we prioritize locally stocked or fast-ship components to reduce lead time.
We can move directly into manufacturing qualification and pilot production. The same team handles the transition, so nothing is lost between prototype and production.
