top of page
Custom PCBs Solutions
Industrial electronics
Printed circuit boards designed for electronic equipment used in complex industrial applications.
Materials and finishes are carefully selected to ensure electrical stability, thermal resistance and operational continuity.
The available configurations support control, power supply, measurement and production process management systems.
Each design takes into account mechanical stress, electromagnetic interference and demanding environmental conditions.
Every solution is developed to ensure reliability, precision and long-term performance.
Automation and telecommunication
Printed circuit boards designed for automation, remote control, data transmission and communication infrastructure systems.
Optimised trace design ensures signal integrity, high processing speeds and reduced interference.
Our solutions support high-speed protocols, sensors, communication modules and interconnected devices.
Effective thermal management and proper power distribution ensure stable performance, even during continuous operation.
Customised configurations meet the requirements of industrial networks and advanced technological systems.
Automotive
High-performance printed circuit boards developed for electronic devices used in the automotive industry and advanced mobility applications.
Our solutions support electronic control units, sensors, control systems, infotainment platforms and energy management devices.
Particular attention is paid to resistance against vibrations, temperature fluctuations, humidity and mechanical stress.
Materials, layouts and finishes are selected according to the vehicle’s electrical requirements and operating conditions.
High manufacturing reliability ensures consistent performance throughout the component’s entire service life.
Medical
Printed circuit boards designed for medical equipment, diagnostic instruments and high-precision electronic devices.
Accurate layout design contributes to signal stability, electromagnetic compatibility and effective interference control.
Materials and manufacturing processes are selected with a focus on reliability, traceability and consistent performance.
Rigid, flexible and rigid-flex configurations enable integration into compact and complex devices.
Each project is developed in compliance with the technical specifications and application requirements defined by the customer.
Public lighting
Printed circuit boards developed for LED systems used in public, urban and infrastructure lighting applications.
High thermal-conductivity materials promote effective heat dissipation and protect electronic components.
The layout is optimised to ensure uniform light output, energy efficiency and power supply stability.
Our solutions are designed to operate in environments exposed to humidity, temperature fluctuations and prolonged operating cycles.
Reliability and long service life help reduce maintenance requirements across installed lighting systems.
Railway
Printed circuit boards designed for onboard electronic systems, signalling, control, communication and railway infrastructure management.
Their construction is engineered to withstand vibrations, impacts, temperature fluctuations and continuous operation.
Layouts and materials are selected to ensure electromagnetic compatibility and signal stability.
Particular attention is given to connection reliability and long-term component durability.
Each circuit is developed according to the application’s technical specifications and environmental operating conditions.
iche e delle condizioni ambientali dell’applicazione.
Renewable energy and storage
Printed circuit boards designed for inverters, energy storage systems, power converters and energy management devices.
The design takes into account high current levels, electrical insulation, thermal dissipation and optimal power distribution.
Materials and copper thicknesses are selected according to the expected electrical loads and operating conditions.
Our solutions support energy monitoring, protection, conversion and power flow control systems.
High reliability contributes to the safety and efficiency of photovoltaic installations and energy storage systems.
bottom of page