Micro & Nano Event 2026

1 – 2 Oct 2026 | BESANCON, France

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Université de Lorraine - UNYS

Research or academic institution

www.univ-lorraine.fr/Nancy, France
6 profile visits

About

The University of Lorraine is a multidisciplinary university located at the heart of Europe, with its main campuses in Nancy and Metz, in the Lorraine region. From fundamental research to applied innovation, its research teams develop scientific and technological solutions to industrial, environmental and societal challenges.

As a member of UNYS, the University works alongside public research and innovation partners across Lorraine to make scientific expertise and technological facilities more accessible to companies.

Companies can collaborate with our teams through scientific and technological expertise, testing and characterization, exploratory studies, collaborative R&D projects, PhD projects and technology transfer.

To learn more about UNYS, visit https://www.unys-sciences.fr/

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Micro & Nano Systems

Micro and nano components designSmart systems, micro and nanosystems (sensors, actuators, motors)Embedded, connected systems

Sectors of application

HealthcareLuxury and Watchmaking industryEnergy and environmentAgrofoodDefense, aeronauticsAutomotive and transport

Electronics and Optics

High frequency technology, microwavesPrinted circuitsFlexible electronicsOptical networks and systemsOther electronics

Materials and surface treatments

New materials, lightweight materialsSmart, flexible, conductive materialsBiocompatible materialsSurface treatment, coatings, functionnalisation of materialsBio-based materialsOther Materials

Digitalisation

Machine vision, non destructive testing, inspection,Software, algorithmsVirtual reality, Augmented realityInternet of things (IOT)Artificial IntelligenceOther Digitalisation

Manufacturing & processes

Micro and nanomanufacturing processes3D printing, additive manufacturingMicromechatronics, micro-electronics, plastronicsMicro and nano robotics, assemblyLaserOther Manufacturing

Representatives

Ingénieure développement partenarial

Université de Lorraine - UNYS

Ingénieur Développement Partenarial

Université de Lorraine - UNYS

Marketplace (8)

  • Service

    UNYS Science R&D Partnership

    UNYS represents 68 laboratories, 60 platforms, and 2,400 academic experts. As partnership-driven development engineers, we work with you to meet your needs and find customized, independent solutions.

    • ICT
    • Others
    • Health
    • Agrifood
    • Consulting
    • Development
    • Microtechnology
    • Energy & Environment
    • Aeronautics & Defence
    • Biotech and Lifescience
    • Luxury & Watchmaking industry
    Author

    Ingénieur Développement Partenarial at Université de Lorraine - UNYS

    Nancy, France

  • Expertise

    Deposits and Analysis under Ultra-high vacuum of nanoMaterials (DAUM)

    Multiple deposition techniques and in-situ characterization in one single vacuum to enable multi-materials heterostructures with clean and well understood surfaces/interfaces.

    • Healthcare
    • Digital & ICT
    • Electronics & Optics
    • Energy & Environment
    • Luxury - Watchmaking
    • Aeronautics & Defence
    • Nano- and Microtechnologies
    • Materials & Surface Treatment
    • Automotive, Transport and Logistics
    Author

    Ingénieure développement partenarial at Université de Lorraine - UNYS

    Nancy, France

  • Expertise

    Cobotics, Assistive Technologies & Control Systems for Precision Assembly

    Optimize the assembly of micro-mechanical components and reduce operator strain using adaptive cobotics. Laboratories : LORIA / CRAN — Thematics : Robotics, Cobotics, Computer Vision

    • Digital & ICT
    • Nano- and Microtechnologies
    • Materials & Surface Treatment
    • Industrial Equipment and Machinery
    Author

    Ingénieur Développement Partenarial at Université de Lorraine - UNYS

    Nancy, France

  • Expertise

    Predictive Maintenance & Digital Twin for High-Precision Equipment

    How can you anticipate machining drift or micro-mechanical breakdowns without over-instrumenting your machines? Laboratories : CRAN / LORIA — Thématique : Maintenance, IoT, applied IA

    • Digital & ICT
    • Nano- and Microtechnologies
    • Materials & Surface Treatment
    • Industrial Equipment and Machinery
    Author

    Ingénieur Développement Partenarial at Université de Lorraine - UNYS

    Nancy, France

  • Expertise

    Process Optimization & Material Behavior Under Extreme Constraints

    Understand and simulate material behavior under extreme conditions to optimize your machining and forming processes. Laboratory : LEM3 — Thématics : Materials, Manufacturing Processes, Mechanics

    • Digital & ICT
    • Nano- and Microtechnologies
    • Materials & Surface Treatment
    • Industrial Equipment and Machinery
    Author

    Ingénieur Développement Partenarial at Université de Lorraine - UNYS

    Nancy, France

  • Expertise

    Smart Sensors, Autonomous Inspection & Inspection Drones / Industrial IoT

    Automated inspection and Non-Destructive Testing (NDT) in constrained or hard-to-reach environments. + Attached is a description of the Industrial Chair at the École des Mines Laboratories : CRAN / LORIA/Mines Nancy— Sensors, Embedded Systems, Drones

    • Digital & ICT
    • Aeronautics & Defence
    • Nano- and Microtechnologies
    • Materials & Surface Treatment
    • Industrial Equipment and Machinery
    Author

    Ingénieur Développement Partenarial at Université de Lorraine - UNYS

    Nancy, France

  • Expertise

    Operations Research, Production Planning & Decision Support Systems

    Optimize your logistics flows, production scheduling, and complex signal analysis using decision-support algorithms. Laboratory : LCOMS

    • Digital & ICT
    • Nano- and Microtechnologies
    • Materials & Surface Treatment
    • Industrial Equipment and Machinery
    Author

    Ingénieur Développement Partenarial at Université de Lorraine - UNYS

    Nancy, France

  • Expertise

    GREEN Electrical Engineering - Power Conversion & Industrial Electrification

    Reduce the energy footprint of your production lines and optimize your electrical energy conversion and storage systems. Laboratory : GREEN — Thematics : Electrical Engineering, Energy Conversion, Industrial Storage

    • Digital & ICT
    • Nano- and Microtechnologies
    • Materials & Surface Treatment
    • Industrial Equipment and Machinery
    Author

    Ingénieur Développement Partenarial at Université de Lorraine - UNYS

    Nancy, France