Long-life components
Lifecycle checks and fallback references for critical parts.
RIVINNOV + OMICRON · Design house & electronics manufacturing
EMS Engineering House: industrial prototypes, electronic boards and embedded systems.
RIVINNOV and OMICRON help companies move from engineering prototype to industrial production: reverse engineering, proof of concept, testing and industrialization of your electronic systems, with no bottleneck between design house and manufacturing.
Design · Prototyping · Validation · Industrialization · Series · Support
Based in Claret, near Montpellier (Hérault, Occitanie, France) — projects handled across France and in English.
One team, the whole chain
Two areas of expertise. One continuous project.
The partnership was built to avoid the handoff between disconnected suppliers. Technical, industrial and regulatory decisions move forward together from day one.
Co-development, embedded electronics and software, rapid prototyping, Edge AI, mechanics and custom 3D printing.
Industrialization, sourcing, PCB manufacturing and assembly, testing, logistics, compliance and long-term support.
The result: shorter time to market, complete technological control and a product designed for series production.
References
They trust us.
On video
The team explains the partnership.
The RIVINNOV and OMICRON leaders present the goal of the partnership: one continuous, fully French value chain from prototype to series production.
Designed to become a product
Industrialization starts with the first prototype.
Every design decision anticipates manufacturing, cost, testing and compliance. You avoid a full redesign when production begins.
Manufacturable from day one
Assembly rules and DFM review built into the first prototype.
Testing & compliance anticipated
Test points, end-of-line procedures and EMC risks planned into the design.
A tangible realization
From concept to physical prototype, one team.
This realization illustrates the continuity behind the partnership: bringing mechanics, electronics, software and manufacturing together to test an idea in the real world, then prepare it to scale.
Mechanical and electronic architecture
Functional prototype and integration
Testing, iteration and documentation
Manufacturing preparation
The joint process
Five stages, one continuous thread.
A structured, documented progression from feasibility through product life.
Step 01 / 5
Research & development
ScopingNeeds analysis, feasibility, technology choices and requirements definition.
Design & engineering
PoC & EVTHardware, firmware, 3D architecture, demonstrator, proof of concept and engineering prototypes.
Pre-industrialization
Pre-qualificationManufacturing prototypes, process testing, certification and EMC/ISO pre-qualification.
Pilot run & series
With OMICRONSourcing, inventory management, manufacturing, PCB assembly, testing and integration.
After-sales service
Long-termMaintenance, on-site interventions and expert customer support.
Demanding sectors
Medical, aerospace, defense, industry and innovation.
Mechanical, environmental, regulatory, usability and cost constraints are addressed from the study phase.
Trust markers
Qualifications for demanding projects.
Structured processes supporting electronic product design and industrialization, including regulated environments.
ISO 9001:2015
OMICRON quality management system.
ISO 13485:2016
OMICRON quality management for medical devices.
CID / CID+
Certified engineers for printed circuit board design.
Innovation Tax Credit approval held by the relevant partner.
Members of
French Tech Méditerranée
Captronic France
French FabA solid foundation
Rigorous engineering. Protected collaboration.
NDA before technical discussions
Continuous documentation delivery
Decisions tracked at every milestone
Your data and source code remain yours
Design aligned with applicable standards
CID / CID+ certified engineers
FAQ
What manufacturers ask us.
Can you take over an existing electronic board?
Yes. We reverse engineer boards with incomplete documentation or obsolete components, then redesign them to be manufacturable and long-lived.
Which production volumes do you handle?
From a single unit and engineering prototypes to pilot runs and recurring series, with sourcing, PCB assembly, testing and logistics at OMICRON.
What are the typical lead times?
A feasibility scoping takes a few days. A functional prototype usually lands between a few weeks and a few months depending on complexity and required testing.
How is my project kept confidential?
An NDA is signed before technical discussions. Your data, schematics and sources remain yours, and decisions are tracked at every milestone.
Where are you located?
In France: design and prototyping at RIVINNOV, industrialization and manufacturing at OMICRON in Claret (Occitanie). The value chain stays French.
Do you work in regulated sectors?
Yes: medical (ISO 13485:2016), aerospace, defense and industry, with ISO 9001:2015 and CID / CID+ certified engineers.
Your project
Let’s build the path to production.
Share your need with one team able to design, validate, industrialize and manufacture it.
SIDO 2026 · STAND E413
Meet us in Lyon on September 16–17.
Lyon, Cité Internationale. Enter SIDO 2026 in the event field so we can prepare for our discussion.
OMICRON × RIVINNOVOne coordinated response from the RIVINNOV and OMICRON teams.