PCB People has reported a record first half of 2026, with order income up 309% compared with the same period last year.
The company also recorded a 30% increase in new customers and a 36% rise in new part numbers, indicating stronger demand from electronics manufacturers seeking more resilient printed circuit board sourcing. Its model is built around supply chain independence, technical support, logistics, and quality control across a wider manufacturing partner network.
Printed circuit boards remain foundational to almost every electronic product, from industrial controls and automation systems to medical devices, vehicles, communications equipment, power electronics, and defence platforms. Their importance is often exposed only when supply becomes constrained. A delay, shortage, or quality issue at board level can stop complete system production even when semiconductors and other components are available.
Several pressures are now converging on PCB supply. AI infrastructure, automotive electronics, energy systems, industrial automation, and high-speed communications are increasing demand for more advanced board technologies, higher layer counts, improved thermal performance, and tighter tolerances. At the same time, material availability, regional manufacturing concentration, freight risk, and customer expectations for shorter lead times are making sourcing decisions more complex.
Recent movement across the wider electronics supply chain points in the same direction. Cooperation between Schweizer and Ascent around PCB manufacturing and Kingboard’s investment in PCB capacity and laminates both show how board supply is being drawn into a broader discussion about capacity, materials, and regional resilience. Boards cannot be treated as commodity substrates once product complexity, qualification, and traceability increase.
The lowest unit price is no longer a sufficient guide to procurement quality. Total cost is shaped by design support, yield, certification, lead time, rework, logistics, supplier visibility, and the ability to respond when demand changes. A cheap board that arrives late, fails inspection, or cannot be repeated reliably can absorb more cost than it removes.
The reported increase in new part numbers is particularly relevant because it points to product development and design variation rather than only higher volumes of existing assemblies. New part numbers require fabrication data checks, technical review, supplier selection, quality planning, logistics coordination, and production feedback. PCB sourcing therefore becomes part of engineering change management and time to market.
Transparency is also gaining commercial weight. Customers increasingly need to know where boards are manufactured, which materials are being used, whether the supplier can meet sector-specific requirements, and how production risks are being managed. In regulated or high-reliability markets, documentation and repeatability are part of the product, not an administrative add-on.
PCB sourcing is also being pulled into lifecycle risk management. Electronics manufacturers are already using digital tools to track component change notices, end-of-life exposure, and bill of materials risk, including component change alerts aimed at EMS companies. Board supply sits in the same risk environment, where materials, fabrication capability, supplier continuity, and transport conditions all influence whether production can be sustained.
PCB People’s first-half figures suggest that manufacturers are widening supply options before another crisis forces the issue. That shift reflects a maturing view of electronics sourcing, where resilience, visibility, and technical support carry greater weight in production planning. The printed circuit board remains a physical product made from materials, chemistry, copper, resin, drilling, plating, imaging, and inspection. As electronics systems become more critical to industrial equipment, energy infrastructure, healthcare, transport, and defence, the reliability of that physical supply chain becomes a strategic manufacturing concern.
