PCBs and PCBA
Multilayer boards, SMT/THT assemblies, IoT boards, and firmware-flashed units with AOI, X-ray, and functional testing.
Trusted factory relationships across PCBs, IoT devices, accessories, and enclosures—with compliance, quality, and production oversight.

Technology and electronics manufacturing is production of PCBs, assemblies, IoT devices, power accessories, cables, wearables, and enclosures where component quality, SMT control, RF performance, and certification determine whether a product can ship. Sourcify matches brands to vetted electronics manufacturers and supports DFM, compliance planning, and local QA.
Hardware and consumer electronics brands building multilayer PCBs and PCBA, non-medical IoT and smart devices, electronics accessories, chargers and power adapters, cables and connectors, non-medical wearables, and plastic, silicone, or metal enclosures. A strong fit if you need FCC, CE, or RoHS guidance, AOI and functional testing oversight, or help after low yield, failed certifications, RF issues, or counterfeit component risk.
We review your design, BOM, enclosure, and target certifications, then flag production and compliance risks before tooling investment.
We match factories with strong SMT lines, QA systems, and component supply chains, then support sampling and pilot production for certification-ready units.
Local teams oversee AOI, functional testing, firmware flashing, and pre-shipment checks while certification timelines stay on the critical path.

Multilayer boards, SMT/THT assemblies, IoT boards, and firmware-flashed units with AOI, X-ray, and functional testing.
Bluetooth, Wi-Fi, and sensor-enabled devices with RF testing, antenna tuning, and consistent enclosure fitment.
Cases, mounts, stands, docks, protective housings, and precision plastic or silicone accessories.
USB-C and multi-port chargers manufactured with safety protections and global compliance options.
USB-C, USB-A, braided cables, charging cords, and custom connectors with strong strain relief.
Compact devices with PCBA and sensors; injection-molded housings, CNC aluminum, silicone overmolds, and EMI-safe shielding.
China leads depth across boards, devices, accessories, and component supply. Taiwan excels in high-precision PCBs and advanced engineering. Vietnam is competitive for cables, simple assembly, and accessories. Mexico supports nearshoring for simpler electronics where lead time and USMCA improve landed cost. We help brands avoid unverified component sourcing, weak SMT processes, RF and antenna failures, poor thermal management, missing functional or compliance testing, and uncontrolled BOM, firmware, or Gerber revision mismatches.
In the US, FCC certification is required for devices that emit radio frequency, including most wireless, Bluetooth, Wi-Fi, and NFC products. UL or equivalent safety listing is often required by major retailers. RoHS restricts hazardous substances. In the EU, CE marking covers safety, EMC, and—for wireless products—the Radio Equipment Directive, plus WEEE registration and RoHS. Plan FCC and CE into development—they typically take 4–8 weeks from a production-representative sample and cannot be completed from an early prototype alone.
China is the global leader across PCBs, PCBA, IoT devices, accessories, enclosures, and component supply chains—best for complex devices and high-volume production. Taiwan is world-class for PCB fabrication, semiconductors, and advanced engineering. Vietnam is strong for cable assembly, simple electronics, and accessories. Mexico offers nearshoring advantages for accessories and simple assembly with faster lead times and USMCA benefits for US-bound production.
Electronics timelines are longer than most consumer goods because of certification. Typical path is 2–4 weeks for engineering validation and DFM, 4–8 weeks for tooling if required, 2–3 weeks for pilot production, 4–8 weeks for FCC/CE testing from pilot samples, 4–8 weeks for bulk production, and 4–6 weeks for ocean freight. Total from approved design to delivered goods is often about 4–6 months for products requiring RF certification. Accessories without RF emissions can move faster.
Yes. Design for Manufacturing review is part of our electronics process. We evaluate PCB design, enclosure specifications, and BOM for production viability, component sourcing risk, and certification readiness before tooling or production spend. Common catches include hard-to-source components, EMC-prone layouts, tight enclosure tolerances, and missing certification considerations—far cheaper to fix in design than in production.
Common failures include counterfeit or out-of-spec components, weak SMT processes such as cold solder joints or tombstoning, RF performance issues that fail FCC/CE, thermal designs that overheat in real use, and inconsistent firmware flashing. Our local teams and quality protocols address these specifically through BOM verification, process checks, and functional testing.
Both. We support first-time hardware founders navigating a first production run and established brands scaling or expanding into new electronics categories. Early-stage value is highest in factory selection, DFM, and certification planning. Established brands often gain from supply chain optimization, component cost control, and production oversight at scale.
Whether you need a sourcing partner, operational support, factory diversification, or help launching new product categories — Sourcify helps brands operate manufacturing with confidence.