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Circuits - PCB
Mechanical stability
Increases reliability
Reduces the need for connectors
Medical devices, camera systems, military, and aerospace applications.

RIGID-FLEXIBLE PRINTED CIRCUIT BOARDS (RIGID-FLEX)

This technology combines rigid and flexible sections in a single solution. It provides mechanical stability, reduces the need for connectors, and increases reliability. It is particularly suitable for medical devices, camera systems, military, and aerospace applications.

Single - to multilayer PCBs
Various surface finishes and impedance control

STANDARD BOARDS

Classic rigid printed circuit boards made from FR4 material form the backbone of many electronic devices.

They are used in industrial electronics, consumer electronics, automation technology, and many other fields. We offer single – to multilayer PCBs with various surface finishes and impedance control.

Typical for smartphones, wearables, telecommunications, and automotive electronics
Enable highly complex and compact designs

HIGH DENSITY INTERCONNECTED

High-density printed circuit boards offer greater functionality in limited space. They are typical for smartphones, wearables, telecommunications, and automotive electronics. By using microvias as well as blind and buried vias, we enable highly complex and compact designs.

Ideal for compact devices with moving components
Used in wearables, medical devices, automotive modules, and flexible connections

FLEX PCB

Flexible printed circuit boards enable space-saving, lightweight, and vibration-resistant designs – ideal for compact devices with moving components. They are commonly used in wearables, medical devices, automotive modules, and flexible connections.

High CTI value for improved voltage resistance
We develop customized solutions tailored to your application

SPECIAL PCB

For special requirements, we offer high-performance printed circuit boards such as:

  • ceramic PCBs for demanding thermal environments,
  • IMS PCBs (insulated metal substrate) for LED lighting and power
    modules,
  • high-current PCBs with thick copper (heavy copper),
  • high CTI value for improved voltage resistance.