Awards

CORPORATE & FINANCING

2024

EuroBoosTex, has the potential to accelerate green and digital transition, build resilience, boost recovery within their network, and potentially replicate it in other textile clusters or sectors

2024 – 2023

X 2.0 Driving Deep Tech Growth. The deeptech growth programme that seeks to ensure the scaling up of 50 EU deeptech startups

2023

xBUILD-EU aims to build an EU strategic partnership focused on cross-sectoral collaboration and cross-fertilization across textile, construction and advanced technologies.

2023

The StairwAI project aims to provide a service for matchmaking for users of the AI-on-Demand platform, such as low-tech SMEs, to easily find AI assets, experts, knowledge, hardware resource providers and much more.

2023

SHAPES The Smart & Healthy Ageing through People Engaging in Supportive Systems (SHAPES) Innovation Action intends to build, pilot and deploy a large-scale, EU-standardised open platform.

2022

GALACTICA project aims to support the creation of new industrial value chains around textile and aerospace sectors based on advanced manufacturing. The vision is to drive cross-sectoral innovation to boost new market opportunities, revenues and improve productivity. GALACTICA will facilitate the uptake of advanced manufacturing technologies as part of the digital transition of the textile and aerospace industries.

2021-2020

Smartees will help Sensing Tex develop new products by promoting a technological acceleration hub that will offer advice and access to 35 innovative technological solutions in the field of flexible electronics, organic photovoltaics, flexible screens and electroluminescent lighting, among others

2021- 2020

Sensing Tex, SL in the framework of the ICEX Next Program, has been awarded support by ICEX and co-financing by the European FEDER fund. This support will contribute to the international development of the company and its environment

2020

Sensing Tex has been garanted whitin European Union’s Horizon 2020 research and innovation programme SmartX

2019

Sensing Tex has been financed by a Shareholder Loan granted by ENISA that gives a recognition for its Business Plan 2014

2018

The European Light Industries Innovation and Technology (ELIIT) aims to reinforce Sensing Tex competitiveness in the textile industry. Its main goals is to boost international opportunities and promote collaboration between TCLF SMEs and technology providers/owners

AWARDS & RECOGNITIONS

2023 – 2015

Sensing Tex is been certified as Innovative SME by the European Union and the Spanisg Goverment

2021

Sensing Tex has been awarded Runner Up Prize best company in Barcelona 2021 by the Spanish Trade Chamber & Santander Bank

2020

Sensing Tex and its division Sensing Health is been awarded by the quality label Seal of Excellence of the European Commission

2020

Sensing Tex is one of the 38 Startups in the Advanced Manufacturing, Smart Energy, Health Tech and Food industries that have participated in the fourth edition of the program Bind 4.0

2017

Sensing Tex has become a hub to support projects within the Worth Ecosystem

2017

Sensing Tex has become a hub to support projects within the Wear Sustain Ecosystem to bring Wearable technologists Engage

2016

Sensing Mat Platform selected as one of the top 10 most promising platforms at the eHealth Week in Amsterdam

2016

Sensing Tex is a member on board of the Association for European NanoElectronics Activities, an industrial Association providing unparalleled networking opportunities, policy influence & supported access to funding

2015 and 2011

Eurostars, a joint programme between EUREKA and the European Commission, has supported and awarded two Sensing Tex Projects

2014

Acción Estratégica Economía y Sociedad Digital AEESD granted with funding the development of the Sensing Mat Platform

2014

Sensing Tex, Selected as 1 of the top 10 most innovative companies in Advanced Manufacturing at the World to New York City

R&D PROJECTS

Bridging the gap between technology and the market

2022 – 2024

IA2IG (“Inteligencia Artificial aplicada a Imágenes de Gravedad” – Artificial Intelligence Applied to Gravity Images)) is a specific Targeted Research Project funded by the CDTI within the PID research programme. The goal of IA2IG is to set a fundamental change in the way that pressure mapping data is analyszed through artifitial intelligence

2021 – 2023

HIBRI4D Research and development of 4D printing technology for multi-material and multifunctional processing with embedded electronics and sensing

2018 – 2021

Maturolife This project will give technology to fashion designers and artists the tools to produce AT for older people that is not only functional but is more desirable and appealing as well as being lighter and more comfortable

2017 – 2019

Serene IoT will Improve quality of life of patients and Reduce healthcare expenses in the addressed medical domains by developing clinical prototypes of new medical devices supporting security, safety and privacy

2014 – 2016

SecondSkin will develop the technology required and its integration for a full range of new high stretchable sensors-based applications in Wellness and Health Care

2014 – 2015

Large Area Pressure Sensors for Mats (LAPS)aims to establish technology for large area textile sensitive mats. This includes the hardware and firmware to monitor and track static and dynamic postural analysis using applications and evaluation of data in the Cloud

2013 – 2014

PUMA project strives to develop a novel portable and non-invasive system to prevent and early detect the risk of Pressure Ulcer (PU) development and revert its onset at Tetraplegic Spinal Cord Injured (T-SCI) individuals relying on wheelchairs, based on the control and improvement of tissue viability

2012 – 2014

HARKEN‘s project objective is to measure heartbeat and respiration variables in a non-intrusive manner in an environment of vibrations and user movements, by means of smart materials embedded in the seat cover and the safety belt of the car

2011 – 2013

TDK4Pe (Tool Design Kit for Printed Electronics) is a specific Targeted Research Project funded by the European Union in the Seventh Framework Programme. The goal of TDK4Pe is to set a fundamental change in the way printed electronics (PE) are designed and manufactured in Europe