We make the electronic boards and systems in-house, from circuit diagrams to multilayer master unraveling, with impedance control and high-speed design.

With advanced CAD, CAM and PLM tools, we are able to predict and manage most critical issues early in the product planning stages.

We also design custom-made components, including electromagnetic elements such as transformers and inductors, interconnections, and displays.

We make the mechanical components of each product, from metal housings made with sheet metal and machined parts to structures with injection molding components.

We perform mechanical, thermal, and electrical analysis both during design and at the time of prototype validation.

We use external collaborations to carry out design studies, complex structures and simulations.

We make firmware for microcontrollers from different manufacturers and software in desktop and embedded environments.

The development team has specific expertise in developing RTOS applications and software for Microsoft® Windows® environments and Linux® kernel-based systems, choosing the platform and tools best suited to project needs.

The software development cycle follows quality and validation principles that can meet the needs in the case of mission-critical applications, such as those for the medical industry.

The prototyping phase is essential for validating the design of an electronic product. We employ rapid prototyping services for electronic boards and mechanical components, including 3D printing and CNC machining.

We can perform manual modification and reworking in THT and SMD using precision reworking stations.

We have in-house machines for minor modifications and machining.