Integrated capabilities for accelerated innovation

At mRT, our workshops are the heart of our innovation engine. They bring together scientific rigor, bold creativity, and advanced engineering to transform ideas into industrializable solutions. By concentrating all our capabilities under one roof , we apply a holistic, multidisciplinary approach that accelerates development and ensures each project benefits from deep expertise. This unique ecosystem makes mRT a true fabrication powerhouse.

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Engineered Excellence

Where Five Workshops Open a World of Innovation

Performance of our manufacturing system.

CNC Machining

At the MRT mechanical workshop, we stand out for our flexibility and great adaptability. For each project, we mobilise our skills and adjust our methods to best meet your needs. Our expertise covers a wide range of areas: from machining parts on CNC or conventional machines to manufacturing inflatable structures, welding and assembling complex machines. We are constantly training and take on every challenge with enthusiasm, because no project is too ambitious when it comes to making MRT’s dreams a reality.

Material & composite workshop

Chemistry, materials, and composite, laboratories and workshop fully equipped for the fabrication and characterization of materials, covering chemical, thermal, mechanical, optical, and other key properties. We support development from lab‑scale prototypes up to pilot‑scale production, enabling end‑to‑end material innovation and validation.

Fabrics & inflatable structure

We cut and assemble all our materials in-house at our facilities. This full control of our value chain, from design to industrialization, from cutting to sewing, guarantees quality, responsiveness, and project confidentiality.

Additive Manufacturing

With a solid fleet of multi‑material 3D printers (FDM, SLA, SLS, PEEK), mRT delivers rapid prototyping and small‑series production with high flexibility.

Electronic Workshop

We handle the full in‑house development of a PCB, from design to component assembly, including miniaturized packages. We also perform functional, signal‑integrity, and RF tests up to the final PCB validation (except bare‑board fabrication).

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Structured innovation, driven by precision

Our R&D Foundations

A powerful mix of agility, interdisciplinarity, digital excellence, and openness that drives innovation forward.

Agile Methods

We embrace a test‑and‑learn approach with short, iterative cycles that let us quickly validate ideas, integrate feedback, and adjust direction. This agility keeps projects moving forward while reducing risk and accelerating innovation.

Interdisciplinarity

With expertise in materials, mechanics, IoT, and automation working side‑by‑side under one roof, every challenge is examined from multiple technical perspectives. This proximity fuels fast collaboration, richer insights, and stronger solutions at every stage of development.

Data & Digital Driven

We rely on advanced numerical simulation to explore concepts, predict behaviors, and refine designs early in the process. Combined with strong data‑engineering capabilities, ranging from robust data collection to AI and optimization algorithms, data becomes a key driver of every decision. This digital backbone strengthens hypotheses, accelerates validation, and consistently boosts the performance and efficiency of our developments.

Open to the World

We believe innovation thrives through openness. Our teams engage with external experts, academic partners, industrial networks, and users to enrich our understanding and challenge assumptions. These exchanges reinforce our open‑innovation approach, help clarify and de‑risk MRL (Market Readiness Levels), and ensure that each concept is aligned with real‑world needs.