We operate within a Research & Development environment, supported by a multidisciplinary team integrating expertise in electronics, mechanical engineering and advanced prototyping, offering the design and development of custom hardware solutions.
We approach each project with a system-level engineering perspective, analysing technical challenges from multiple viewpoints (functional, structural and manufacturing-related) to develop innovative, efficient and rapidly industrializable solutions.
E-CAD DESIGN (PCB DEVELOPMENT)
We design signal acquisition, conditioning and transmission electronics for scientific instrumentation and environmental monitoring systems: from field sensors to IoT nodes, from control electronics to industrial embedded systems.
We manage the entire electronic architecture, including power management, consumption control and integrated system diagnostics. Services include:
- development of electrical schematics and system architectures (power supply, data acquisition, communication systems)
- multilayer PCB layout design for analog, digital and mixed-signal applications
- power management engineering, including switching logic, current monitoring, protection systems and diagnostics
- optimization for signal integrity and EMC compliance in industrial and outdoor environments
- component selection and BOM management, including qualified alternatives
- preparation of manufacturing documentation (Gerber files, BOM, pick-and-place files, assembly notes)
- prototype testing and functional validation
MECHANICAL CAD DESIGN
We develop parametric mechanical assemblies in direct coordination with electronic design, with a strong focus on functional integration, thermal management and manufacturability. Each project is engineered from the outset according to the intended production process and real operational conditions. Services include:
- parametric 3D modelling and complex electromechanical assemblies
- enclosure design with IP-rated protection levels (cable glands, sealed connectors, environmental sealing solutions)
- structural integration of PCBs, batteries, wiring and user interfaces
- analysis and optimization of thermal dissipation (heat sinks, ventilation, airflow chamber design)
- Design for Manufacturing (DfM) for CNC machining, sheet metal fabrication, die casting and additive manufacturing
- delivery of dimensioned technical drawings with material and finishing specifications
3D PRINTING AND RAPID PROTOTYPING
We use 3D printing as an active development tool, not as a standalone downstream phase. Each physical iteration helps reduce the risk of costly design errors in later development stages, from assembly verification to pre-series production.
- structural and functional prototypes
- validation of assembly, fit, ergonomics and field accessibility
- rapid design iterations fully integrated into the CAD workflow
- custom components and small production batches, including brackets, adapters, front panels, cable guides
OUR VALUE
We work through a fully integrated electronics–mechanics approach: a single multidisciplinary team follows the entire process from concept to working prototype, eliminating fragmentation across multiple suppliers.
Every technical decision is evaluated not only from a performance perspective, but also in terms of manufacturability, cost optimization and downstream efficiency, reducing rework and accelerating industrial deployment.
The result is faster, more coherent and immediately industrializable hardware development.
Looking to develop electronic boards or design and 3d-print a mechanical fdm prototype?
Contact us to design a tailor-made hardware development service, integrating CAD, E-CAD and rapid prototyping capabilities through our in-house 3D printing infrastructure.
