Industry of the Future
Industry striving for performance and sustainability
Industry must continuously innovate to remain competitive. Key challenges include process optimization, automation, carbon footprint reduction and moving up the value chain. Advanced materials and technologies play a central role in this transformation toward the industry of the future.
Carnot MICA, a catalyst for industrial competitiveness
Thanks to its multidisciplinary expertise, Carnot MICA helps manufacturers modernize processes, reduce costs and integrate sustainable solutions. We support both breakthrough innovation and incremental improvement — always serving performance and the transition toward the industry of the future.
Tailor-made materials
Cold plasma treatments and coatings for thin-film deposition; plasma generation for sterilization processes; dyeing / finishing / coating of fibers, yarns and textiles; supramolecular self-assembly as functional nanomaterials; development of functional films using layer-by-layer assembly, etc.
Additive manufacturing
XXL composite additive manufacturing; structural parts produced by Automated Fiber Placement (AFP) or filament winding; XXL metal additive manufacturing; functionally graded parts; PIM processes; 4D printing, etc.
Optical metrology / in-line quality control
Quality control using rapid optical metrology; surface defect detection; 3D dimensional inspection; 3D scanning; 3D positioning control; vibration analysis; digital image correlation; non-contact shape inspection of reflective parts; in-line defect detection, etc.
Sensors / instrumentation
3D scanning and surface defect analysis sensors; development of specific sensors (temperature, magnetism, humidity, chemical substances, VOCs, etc.); development and integration of ultrasensitive protein sensors; sensor-integrated textiles; smart textile sensors based on sol-gel coatings for monitoring, etc.
Artificial intelligence
Applications of AI in chemical and materials R&D; high-throughput screening platforms dedicated to new chemical reactions; development of machine learning algorithms for automatic surface defect detection, etc.
Modeling / simulation
Thermomechanical simulation for metal additive manufacturing processes; multiphysics simulations for process optimization; multiphysics modeling and process instrumentation; modeling and simulation of textile reinforcement forming processes, etc.
Nanofabrication / microfabrication
Development of nanorobotic structures via 4D printing; metallic nanoparticles for color-changing materials; electrospun membranes for selective depollution, etc.
Virtual reality
Development of software solutions enabling the creation of virtual or augmented reality scenarios without coding; design of custom VR/AR modules for training, discovery and learning, etc.
Would you like to discuss support options?
Proofs of concept: when research becomes innovation
Discover our success stories—outstanding collaborations between Carnot MICA and industrial partners. These concrete achievements showcase the strength of our expertise, the impact of our innovations, and the value created for both Industry 4.0 companies and researchers. An inspiring showcase of projects transformed into industrial success.
Carnot MICA News
Supporting businesses
Carnot MICA supports companies by providing scientific expertise and cutting-edge infrastructure. From idea to implementation, we co-develop innovative solutions to accelerate our industrial partners’ development and strengthen their competitiveness toward Industry 4.0.
Innovate with Carnot MICA
The mission of the Carnot MICA is to support companies throughout their innovation projects and the development of materials for Industry 4.0 by offering tailored solutions across the entire value chain—from fundamental research to industrial application—with a single dedicated point of contact. This support is provided free of charge.