High-technology PCB manufacturing for renewable energy systems, industrial automation, downhole and subsea applications, and harsh-environment electronics. UK-based engineering and manufacturing from prototype through to production.
As a UK manufacturer of high-technology printed circuit boards for energy and industrial electronics, Exception PCB works with engineering and procurement teams developing renewable energy systems, industrial automation platforms, downhole equipment, and subsea instrumentation.
Energy and industrial electronics operate in some of the most demanding environments in electronics manufacturing. Temperature cycling, mechanical vibration, chemical exposure, and long operational lifecycles place exceptional demands on PCB materials and build quality. We manufacture boards that maintain stable electrical performance, robust interconnect integrity, and reliable operation across these conditions, supporting programmes from early prototype through to controlled production.
Whether you are developing renewable energy infrastructure, designing automation control electronics, or sourcing a reliable PCB partner for harsh-environment applications, our team is ready to support you.
Exception PCB supports a broad range of energy and industrial programmes, working with engineering and procurement teams on builds that must perform reliably over extended operational lifecycles.
Smart meters, solar inverters, wind turbine control systems, battery management platforms, and grid infrastructure electronics operate outdoors or in remote installations where temperature cycling, moisture exposure, and long service intervals are standard. We manufacture multilayer PCBs with high-Tg laminates, copper and resin via fill for thermal and structural performance, and controlled impedance routing for smart energy communications, supporting renewable energy programmes from development through to stable production volumes.
Industrial automation controllers, robotics, motor drives, and factory systems require PCBs that perform consistently under mechanical vibration, high-current loads, and thermal stress. We build multilayer and HDI boards with heavy copper options for high-current applications, ruggedised material selection, and compact HDI structures for automation and sensing electronics, working with engineering teams to validate stack-ups and tolerances before committing to volume manufacture.
Downhole drilling tools, subsea instrumentation, and remote monitoring systems operate in environments where temperature, pressure, vibration, and chemical exposure push electronics to their limits. We manufacture PCBs with high-temperature and high-Tg laminates, copper-filled vias for mechanical robustness and thermal management, and tight build controls to support equipment that must perform reliably in the field over extended service periods.
Environmental sensing platforms, water quality monitoring systems, test and measurement equipment, and remote telemetry systems combine precision electronics with requirements for long-term operational stability. We support these applications with multilayer builds, controlled impedance routing for signal accuracy, and material selection matched to the deployment environment, alongside engineering review to confirm manufacturability and performance against application requirements.
Energy and industrial applications often require specialist materials and processes that support performance under thermal, mechanical, and environmental stress. We offer a broad range of advanced PCB technologies to meet these requirements.
Support for specialist and hybrid PCB materials selected to meet thermal, electrical, and environmental performance requirements in applications where standard FR4 or conventional laminate systems cannot deliver the required performance.
High-density interconnect PCBs for fine features, microvias, and complex multilayer designs, manufactured using production-ready processes with full engineering oversight to ensure reliable and repeatable fabrication of the most demanding constructions.
Copper via filling for blind, buried, and through-hole vias, supporting HDI constructions, via-in-pad designs, and thermally demanding multilayer PCBs where electrical continuity, thermal performance, and consistent fill quality are required.
Resin via fill for blind, buried, and through-hole vias, providing consistent surface planarity to support via-in-pad designs, fine-pitch assembly, and sequential lamination builds where assembly quality and via integrity matter.
RF and high-frequency PCBs built to support controlled impedance, low-loss materials, and consistent signal integrity in demanding applications where dielectric performance, layer registration, and material choice directly affect circuit behaviour.
Complex flex and rigid-flex PCB constructions for space-constrained and dynamic applications, built with reliability and repeatability in mind to support confident integration where weight, form factor, or movement are critical.
Energy and industrial programmes require manufacturing confidence and long-term supply stability. We apply rigorous quality management built on ISO 9001 and structured process control that supports the documentation and traceability requirements of engineering and procurement teams working in compliance-driven environments.
We provide:
This gives teams a clear, documented picture of build quality at every stage, from incoming materials through to final inspection.
Every energy and industrial PCB we build passes through a structured inspection and test regime before it leaves our facility.
We provide:
SPEAK TO OUR ENERGY ENGINEERING TEAM
Whether you are developing renewable energy infrastructure, environmental monitoring systems, or grid-connected electronics, Exception PCB can support reliable PCB manufacture from prototype through to production.
UK-based PCB manufacturing is no longer just a sourcing choice, it is a strategic way to reduce supply chain risk, protect sensitive programmes, improve lead times and strengthen sovereign capability in high-technology electronics.
Chinese New Year supply chain shutdowns can affect PCB material availability globally. Exception PCB manufactures in the UK year-round, but early planning on materials, lead times, and substitutions protects time-critical programmes from disruption.
Wright Industries has acquired Exception PCB, returning the Tewkesbury-based PCB manufacturer to UK ownership as part of the Connexion Technologies group, strengthening national manufacturing resilience.
High-technology PCBs for automotive and transport electronics. UK automotive PCB manufacturer supporting EV development, ADAS, commercial vehicles, and high-performance platforms from prototype to production.
High-technology PCBs for communications and network electronics. UK RF PCB manufacturer supporting 5G infrastructure, wireless connectivity, IoT devices, and RF front-end systems with controlled impedance and low-loss materials.
Secure, UK-based PCB manufacturing for defence and security programmes, supporting systems across air, land, naval, and electronic warfare applications where controlled processes, full traceability, and long-term performance are programme requirements.
High-technology PCB manufacturing for civil and defence aerospace programmes. AS9100D-certified UK sovereign manufacture with full traceability, supporting avionics, flight control, radar, and RF sensing platforms from prototype through to production.
UK medical PCB manufacturer for medical devices, diagnostic systems, and NHS equipment. Medical device PCB prototyping, ISO 9001, IPC Class 2 and 3 workmanship, and full traceability.
High-technology PCBs for motorsport and elite racing programmes. UK manufacturer supporting Formula 1, powertrain, data acquisition, vehicle control, and trackside electronics from prototype to production.
High-technology PCB manufacturing for space platforms, satellite payloads, CubeSat subsystems, and satcomms infrastructure. UK sovereign manufacture with AS9100D certification, advanced RF capability, and full traceability from prototype through to production.
