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Redesign – new products
Product developmentIn-depth interviews to validate an aspiration solution
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Food – microorganims – disinfection
Technological innovationEvaluation of the antimicrobial properties of a device for food disinfection
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Food – microorganims – disinfectionTechnological innovationDetermination of the microbiological evolution during fermentation
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Simulation – Digital Services – AI
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Electrical – electronics components
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Glass – ceramics – stoneTechnological innovationCoatings to prevent glass scratching
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LaserTechnological innovationNew ways to color metal by laser decoration
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Plastics – polymers – compositesForensic engineeringFatigue analysis of materials and redesign of cracked components
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Plastics – polymers – composites
Forensic engineeringReverse engineering of weather-resistant plastics
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Textiles – fibers – packagingForensic engineeringFailure analysis, packaging design and validation
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Life tests – accelerated tests – homologationForensic engineeringAnalysis of defective materials, prospecting and validation of suppliers
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Volatiles – gases – pollutantsForensic engineeringChemical analysis of heavy metals in tobacco
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3D printing – MVP – MLPProduct developmentProduct development through elastomer mold making and 3D printing
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Food – microorganims – disinfection
Forensic engineeringHygiene map. Study of microorganisms in cars
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3D printing – MVP – MLPProduct developmentComponent design by reverse engineering and 3D scanning
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3D printing – MVP – MLPForensic engineering3D printing to detect design flaws in leak-tight parts
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3D printing – MVP – MLP
Product developmentDesign and manufacture of reactors using 3D printing
