2nd Develop Call Beneficiaries

AVTEX

The AVTEX project revolutionizes textile manufacturing by integrating machine vision and AI for real-time defect detection in narrow fabrics, enhancing quality control and efficiency. This innovation reduces material waste, optimizes processes, and lowers the carbon footprint, driving sustainability and cross-industry applications.

ATHENA PICO

ATHENA PICO is an advanced electrospray propulsion system for picosatellites (<1 kg) using high-temperature ionic liquids (HTIL) to enable miniaturization and enhanced reliability. It offers efficient, scalable propulsion for space maneuvers, supports space sustainability through controlled deorbiting, and reduces mass and volume by 50%. The project strengthens Europe’s position in space technology, addressing both propulsion needs and space debris challenges.

CIRCULARTECH

CircularTech is a digital platform for the textile sector that enhances traceability, efficiency, and waste management by promoting a circular economy. It combines Blue Room Innovation’s Digital Product Passport (DPP) with blockchain for environmental tracking and bAwear’s sustainability scoring system for real-time assessments of carbon footprint, water consumption, and waste. This solution fosters sustainability by optimizing recycling and reuse processes, leveraging years of research and validated technologies already in use.

DELTA

It involves integrating a modern laser marking machine into an existing working island, where pull studs, after being cemented and blackened, will exit hard-turned and marked, ready for packaging and shipment. By implementing this integration, the project aims to improve productivity, workforce wellbeing, and satisfaction. It will also free up valuable operator-hours currently spent manually marking pull studs.

CutSmart

The CutSmart project enhances tool lifespan in advanced manufacturing by using machine learning to predict optimal tool changes, reducing scrap and conserving critical materials like Cobalt. It digitizes diverse data streams, supporting cost-effective, sustainable practices in aerospace and medical sectors.

ECOFILTER

ECOFILTER repurposes manufacturing waste into recycled materials for filter products, promoting sustainability and a circular economy. The project focuses on designing high-performance products using recycled content, reducing landfill waste, and maintaining quality standards in the production process. Its goal is to minimize environmental impact and contribute to a more sustainable industry.

FIDELIS

The FIDELIS project pioneers sustainable manufacturing by integrating Condition-Based Monitoring (CBM) with smart diagnostics to minimize surplus production and waste. By enhancing automation through iSent®, it advances zero-defect manufacturing, optimizing production planning and efficiency for SMEs in textiles and advanced manufacturing.

EOM3D.2

This project introduces an innovative approach to mobile manufacturing by stabilizing advanced machinery inside moving vehicles, overcoming vibration and stability challenges. By adapting existing technologies, it enables on-the-go production, enhancing efficiency and flexibility across various industries.

Digi4BioMat

The Digi4BioMat project drives innovation by developing a bio-based building block with enhanced insulation using locally sourced agro-waste, reducing environmental impact. Digitalization is integrated through a Digital Product Passport (DPP) platform, ensuring lifecycle transparency and supporting circular business models.

Plissade

Plissade creates a fully circular, modular acoustic partition from post-consumer textiles, eliminating the need for adhesives and non-renewable materials. It offers an eco-friendly solution for adaptable interiors, reducing waste and resource consumption while meeting sustainability standards.

VisionTex

The VisionTex project transforms textile quality inspection with AI-driven computer vision, reducing defects by 80% and minimizing waste. By enabling real-time analysis and cross-sector scalability, it enhances efficiency and sustainability in manufacturing.

TREE

Tree is a blockchain-based platform using shareable NFTs to ensure transparency and sustainability in the textile industry. It enhances traceability, supports circular practices, and empowers brands to meet EU sustainability goals, with plans for broader cross-sector applications.

WoolWalls

The WoolWalls project innovates by transforming low-quality wool waste into high-performance construction panels with acoustic, thermal, and air-purifying properties. By integrating traceability and eco-friendly finishes, it promotes circularity, reduces synthetic material use, and enhances sustainability in the textile and construction industries.

INOSCOPE

The INOSCOPE project aims to address the growing congestion in Low Earth Orbits (LEO) by developing a cost-effective telescope solution using Commercial Off-The-Shelf (COTS) parts. It includes optical sensors and proprietary software for image processing of resident space objects (RSOs), coupled with customized observational strategies. This system is designed to monitor space debris and satellite collisions, offering an innovative and accessible solution for tracking objects in orbit.

DREAM

The DREAM project advances sustainability in aerospace by developing bio-based composites and coatings for delivery drones, reducing carbon footprint and material use. Through digital manufacturing techniques like LFAM, it enhances durability, recyclability, and circular business models, aligning with the European Green Deal.

PERFECT

The PERFECT project uses AI and image analysis for automated, precise garment size validation, reducing defects, waste, and costs. It supports zero-defect manufacturing, enhancing sustainability with a 280-ton CO₂ reduction annually.

FO-CEL

This project pioneers sustainability by integrating forward osmosis technology into the HeiQ AeoniQ™ spinning process, reducing energy consumption and environmental impact. By optimizing recycling in biodegradable filament production, it enhances efficiency and positions HeiQ and fluvicon as leaders in sustainable textile manufacturing.

ECO-SPIN

ECO-SPIN is a project focused on making air-textured yarn (ATY) production more sustainable. By using advanced digital solutions and real-time monitoring, it reduces energy consumption, waste, and improves efficiency. The project integrates predictive maintenance and recycling to support a circular economy, enhancing sustainability while making the industry more competitive. It aligns with EU Green Deal goals and sets new standards for eco-friendly textile manufacturing.

D-DOGSE

The D-DOGSE project focuses on innovation through additive manufacturing and topology optimization, enhancing the design’s versatility and lightweight properties. Digitalization is integrated via advanced thermal dissipation and optical simulations. Sustainability is addressed by optimizing material use and improving efficiency in thermal-vacuum conditions.

VBOX

VBOX is a remote, portable network solution that transforms satellite assembly by enabling off-site integration testing, reducing costs, travel, and emissions. The project aims to advance VBOX from TRL 4 to TRL 5/6, enhancing efficiency and sustainability in the aerospace sector through collaborative validation across Europe.

Sort Mate

SortMate revolutionizes textile circularity by automating sorting with AI, 360° imaging, and NIR sensors, boosting efficiency and resale value. It supports EU circular economy goals, increasing revenue and compliance while reducing waste.