Our method
From design to finished product. A single partner.
A single point of contact throughout the entire electronic and mechatronic supply chain: from the initial idea to production, from the first series to final testing. No handoffs between different suppliers, no dilution of responsibility. Each phase communicates with the next, because the same team follows them all.
how we work
Not a department for every phase, but expertise for the entire cycle
Most EMS and engineering firms execute the phases you entrust to them and stop there, as they lack the overall vision and experience necessary for the development and industrialisation of an electronic / mechatronic product. We have been designing complex products for over 40 years, and this changes how we move in every phase: we know what is needed downstream while we are still working upstream. That is why we anticipate a production problem during the design phase, and we evaluate a design choice while already thinking about testing.
You can enter the process from wherever you are: with an idea, a project, a prototype, or a production run that needs fixing. From there onwards, this is the path.
Workflow
Design and Development
Prototyping
& NPI
Assembly
Testing
Certification
Engineering & Development
PHASE 01. Design and Development
We design, we don’t just execute
This is where the difference begins. We develop hardware, firmware and mechatronics starting from the concept or working alongside your technical team. We don’t just receive a finalised design to assemble: we step into design choices when they really matter, when modifying them costs little and affects the rest of the cycle.
It is in this phase that we apply Design for Manufacturing (DFM), Design for Testing (DFT) and Design for Cost (DFC): we analyse the project to reduce waste, Bill of Materials (BOM) costs, and time-to-market before the product even physically exists. A hard-to-source component, a layout that will generate serial defects, a choice that complicates testing: we see it now, not once production has started.
You reach production with a project already designed to be manufactured, not with a prototype that will have to be corrected under pressure.
✓ Hardware, firmware, and mechatronics research and development
✓ Product design and industrialisation
✓ DFM · DFT · DTC
Prototyping & New Product Introduction
PHASE 02. Prototyping and NPI
From the first piece to the series, without surprises
The leap between a prototype that works in the lab and stable production is where most projects get complicated. We manage it with rapid prototyping and a structured New Product Introduction path: we bring the product into production by optimising manufacturing processes, so the behaviour of the series replicates that of the prototype.
The transition to the series stops being a risk and becomes a managed process, with those who designed it working alongside those who produce it.
✓ Functional rapid prototyping
✓ NPI — New Product Introduction assisted by process engineers
✓ Optimisation of production flows and processes
Advanced Manufacturing
PHASE 03. Production and advanced assembly
High-precision production, designed for repeatability
SMT assembly and high-precision THT, with process controls that guarantee maximum uniformity and consistent quality for every piece. Traceability accompanies every phase: for every board, we know what was done, when, and with which parameters.
Quality does not depend on the individual operator or a single day. The process guarantees it, and it is documented.
✓ High-precision SMT and THT assembly
✓ Full process traceability (IPC 1782 Standard Level 2 and Level 3)
✓ SPI · 3D AOI · X-Ray Inspection
✓ Press-fit · Rework
✓ Coating and Potting
Testing & Supply Chain
PHASE 04. Testing and validation
Every board verified. Every data point tracked
Testing is not a final random check: it is a structured phase on fully automatic lines. In-circuit and functional tests, flying probe for ICT testing, custom fixtures when the product requires it. For every serial number, a record remains of what was verified and the measured values—the same method we have applied for decades to regulated safety products.
You receive a product verified one by one, with supporting documentation—not a promise of quality, but data.
✓ In-Circuit & Functional Test
✓ Flying probe ICT test or custom Fixture
✓ Automatic controls and advanced testing
✓ Integrated Supply Chain with advanced ERP
Certification
PHASE 05. Certification and quality
Recognised standards, safety by design
The cycle concludes in compliance with standards: ISO 9001 and ISO 14001 certified processes, technical personnel trained according to IPC-A-600 and IPC-A-610. We boast over 40 years of experience in products subject to stringent regulations—flame controls, burners, boiler safety—and that method of certification and traceability is now available for every product you entrust to us.
You bring a compliant product to market, with a partner that knows regulated safety from the inside.
✓ ISO 9001:2015 — Quality Management System
✓ ISO 14001 — Environmental Management
✓ IPC-A-600 / IPC-A-610 — Trained technical personnel
✓ Product traceability according to IPC 1782 standards (up to Level 3)
✓ Supervision by recognised certification bodies (DVGW, CSA, UL, TÜV SÜD, IMQ, Kiwa, DEKRA)
Speak with the technical department
Tell us about your project
Whether you have an idea, a ready project, a prototype to be industrialised, or a production run that needs fixing: we start from wherever you are. Describe your needs, and our technical department will respond.
Speak to our team
Contact Us
Do you have a project you’d like to develop or a technical inquiry? Our specialists are here to help you find the best solution for your needs.
CAREER OPPORTUNITIES
Join the team
Are you looking for a new professional challenge? Join our team and help us bring innovative projects to life.