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Today, on May 30th, we celebrate World Multiple Sclerosis (MS) Day, a day when we come together as an international community to share stories, raise awareness, and campaign in support of all those affected by this disease. At Gogoa Mobility Robots, we want to take this opportunity to highlight the importance of our ambulatory exoskeleton technology for robotic neurorehabilitation in the treatment of MS. According to the Multiple Sclerosis Foundation in Madrid, the exoskeleton has become a portable device specifically designed for gait rehabilitation. Robotic-assisted therapy has experienced significant growth in recent years, proving to be an invaluable tool in gait training for patients with neurological conditions such as multiple sclerosis. Our ambulatory exoskeleton technology offers an innovative and effective solution for robotic neurorehabilitation. These devices allow patients affected by MS to regain mobility and strengthen their musculoskeletal system. Exoskeletons provide active and personalized assistance during rehabilitation therapy, helping to improve patients' quality of life and enhance their recovery process. In the context of the "Connections MS" campaign, our goal is to establish meaningful connections. We aim to break down social barriers that make people affected by MS feel alone and isolated, and build supportive communities around them. Additionally, we promote personal care and a healthy lifestyle for those living with MS, encouraging them to stay active and engaged in their rehabilitation journey. Together, we can advocate for better services and more effective treatment for people with MS. We connect with MS research to drive scientific advancements that bring hope to all those affected by this disease. Multiple sclerosis affects 2.8 million people worldwide, and we are committed to continue developing technological solutions that improve their quality of life. On this World Multiple Sclerosis Day, let's come together around the theme of "Connections" and use our voices to raise awareness about this disease and the importance of robotic neurorehabilitation in the lives of patients. Let's connect and build a more hopeful future for all! 💙✨ #WorldMSDay #ConnectionsMS #GogoaMobilityRobots #MultipleSclerosis #RoboticNeurorehabilitation #TechnologicalInnovation #CommunitySupport

Hello! We personally want to invite you to a very special event in which we will be participating. We are pleased to announce that Juan Izeta, our Head of Business Growth and Management, and Lorea, our Head of Technical and Commercial Management, will be present at this unmissable event. On June 14th, starting at 10 a.m., a specialized event on exoskeletons will take place at Aretxabaleta Lanbide Eskola, located at Z/G/22Pk, Etxebarri auz, 20550 Aretxabaleta, Gipuzkoa. This event, organized in collaboration with Basque Health Cluster, will focus on exploring how exoskeletons are transforming occupational safety and the sociosanitary field. During this event, we will highlight the importance of exoskeletons in preventing work-related injuries and how they can provide additional support to professionals in the sociosanitary sector. Our exoskeleton, HELK, specially designed to provide ergonomic lumbar support, will be one of the highlights of the event. HELK uses "artificial muscles" made of variable deformation elastomers to assist people in movements that put strain on the lumbar area, reducing the load on joints and improving mobility. The safety and well-being of workers in the sociosanitary field are paramount, and exoskeletons play a crucial role in reducing risks and musculoskeletal injuries. The event will also feature experts and researchers from the University of the Basque Country, who will share their knowledge on scientific advancements in the field of exoskeletons applied to occupational safety and healthcare. Additionally, we have prepared an exclusive showroom where you can see and try our innovative exoskeletons. We want you to experience firsthand how this technology can make a difference in protecting the well-being and quality of life for professionals in the sociosanitary sector. Don't miss this unique opportunity to discover how GOGOA's exoskeletons are changing the game in occupational safety and the sociosanitary field. Join us at this event and be part of the revolution in workplace safety and well-being. For more information about the event and to confirm your attendance, we invite you to check the details in the attached link. We look forward to seeing you there! https://docs.google.com/forms/d/e/1FAIpQLSdfj8GJSnZ3WaDonrnUebo61qGB-uYXJ7uD8e8UHOezLXtp1A/viewform #Exoskeletons #OccupationalSafety #Sociosanitary #TechnologyForWellbeing

Gogoa Mobility Robots is excited to provide an update on our latest project, MonitorEX: Ergonomics and Physiological Monitoring Module for Exoskeleton Users. As we reach the midterm milestone, we are pleased to announce that the project is progressing according to the planned work schedule. Exoskeletons hold immense potential in reducing the occurrence of musculoskeletal disorders by providing support to workers involved in physically demanding and non-ergonomic tasks. Although only a few prototypes have successfully made it to the market thus far, we are determined to push the boundaries of exoskeleton technology. The primary objective of the MonitorEX project is twofold. Firstly, we aim to establish a remote and real-time monitoring system embedded within the exoskeleton structure. This system utilizes a combination of commercially available and cost-effective sensors. These sensors will monitor the ergonomics and overall health of individuals engaged in daily industrial tasks. Secondly, we are developing a new component known as MonitorEX, which will be integrated into the existing SHOP4CF framework. This component will assess the ergonomic and physiological conditions of exoskeleton users who handle heavy loads or work in non-ergonomic postures. To validate its effectiveness, we will conduct extensive testing in various industrial use-cases. Our team has successfully created a comprehensive motion and health monitoring system that connects to a FIWARE based platform. This platform gathers valuable data, which is then utilized by the MonitorEX component. By employing the RULA methodology, our component evaluates the ergonomics of exoskeleton usage. Furthermore, it performs health analyses to monitor the fatigue levels of workers. What sets our proposed MonitorEX component apart is its ability to combine both ergonomic analysis and physiological condition assessment. This integration allows us to determine the necessity and optimal application of exoskeletons in various work scenarios. As we move forward with the project, we remain committed to the vision of enhancing workplace safety and efficiency through the implementation of advanced exoskeleton technology. Gogoa Mobility Robots is excited about the progress made thus far, and we look forward to the positive impact MonitorEX will have on the industrial sector. Stay tuned for further updates as we continue to advance the boundaries of exoskeleton technology, making work environments safer and more conducive to employee well-being. #GogoaMobilityRobots #MonitorEX #Exoskeletons #Ergonomics #IndustrialTechnology

At Gogoa Mobility Robots, we are proud to share the exciting progress in the UG Zaintza Lab project. We have started patient assessments using our innovative adaptive exoskeleton, HANK. This revolutionary technology allows us to scientifically measure patients' movement patterns and strength, giving us an objective and accurate assessment of their frailty index. As part of the European FAP project, funded by DHI Hero, we have developed a frailty diagnostic model. Our main objective is to eliminate the subjectivity of traditional assessments by providing those being assessed with real and objective data on their physical state. Our methodology is based on establishing a correlation between the ordinary subjective frailty measure (SPPB) and the various measures obtained through the interaction between the user and our FAP prototype. We have created a technology-measured frailty scale that correlates with the SPPB scale used in traditional frailty measurements. This scale is based on three parameters measured by the FAP prototype: cadence, step interaction deviation and angular position deviation. We are excited to offer a tool to assess frailty more accurately and based on real data. We strongly believe that this technology will have a significant impact on the care of dependent persons by providing a scientific basis for decision-making and treatment planning. Furthermore, we will continue to share the progress and results obtained in this pilot project. If you would like to learn more about our technology, we invite you to visit our website or contact us. Project developed with the support of UGGASA, the Mancomunidad de Urola Garaia and Gipuzkoako Foru Aldundia - Diputación Foral de Gipuzkoa. Together, we are moving towards quality, science-based care for dependent people! #GogoaMobilityRobots #UGZaintzaLab #HANKExoskeleton #FragilityMeasuredByTechnology #MedicalInnovation #DependentPersonCare

Hello everyone! We are pleased to share with you an exciting summary of the specialised exoskeleton day that took place on the 14th of June. At Gogoa Mobility Robots, we are honoured to have participated in this event together with the Basque Health Cluster and other leading players in the sector. During the conference, held in collaboration with Aretxabaleta Lanbide Eskola as part of its Innovation Days, we explored the incredible possibilities that exoskeletons offer in the transformation of occupational prevention and the socio-health field. Mikaela Olaizola Iriarte, representing the Basque Health Cluster, shared valuable information about the ecosystem of the health and biosciences sector in the Basque Country, providing a complete overview of the current panorama. On behalf of Gogoa Mobility Robots, we were honoured to have the participation of juan izeta and Lorea Gonzalez-Txabarri, who highlighted the impact of our exoskeletons in the socio-health field and presented our innovative products. During the event, we had the opportunity to showcase our HELK exoskeleton, specifically designed to provide exceptional ergonomic lumbar support. Using "artificial muscles" made of elastomers with variable deformation, HELK offers additional support for movements that compromise the lower back, reducing the load on the joints and improving mobility. Attendees were impressed with the technology and had the opportunity to try it out first-hand in an exclusive showroom. The day was extremely enriching, as more than thirty agents from the industrial, health and social sectors had the opportunity to interact, share experiences and discuss their needs. It was a space for collaboration and exchange of ideas, laying the foundations for future synergies and advances in the exoskeleton industry. From Gogoa Mobility Robots, we would like to thank all the participants, attendees and collaborators for making this event a resounding success. We are excited to be part of the revolution in occupational health and safety and look forward to continuing to develop innovative solutions that improve the safety and well-being of workers around the world. For more information about our technology and upcoming events, we invite you to visit our website (www.gogoa.eu) and follow us on our social media channels - stay tuned as we have many surprises in store for the future! #Exoskeletons #OccupationalPrevention #TechnologicalInnovation #GogoaMobilityRobots #BasqueHealthCluster #SpecializedDay

A day filled with achievements at Gogoa Mobility Robots in A Coruña! We're thrilled to share the exciting updates about our meetings with key players in the field of robotic neurorehabilitation in Galicia. Our goal is to bring technology closer and enhance the quality of life for those facing mobility challenges. Allow us to share the details: We had a highly productive meeting with the President of the A Coruña Chamber of Commerce, Antonio Couceiro. Our primary objective was to collaborate on the training of professionals in the field of robotic neurorehabilitation in Galicia. We're committed to establishing strong partnerships and promoting technological innovation to benefit the local community. We met with the San Rafael Foundation/Hospital San Rafael to introduce HANK, our lower limb exoskeleton, and discuss how robotic neurorehabilitation can improve the quality of life for patients with mobility difficulties. Furthermore, we're excited to provide hope and recovery opportunities to those who need it most. Likewise, we had the privilege of meeting with the Galician Spinal Cord Injury Association (ASPAYM) and showcasing HANK. During this meeting, we met Enrique, a courageous 53-year-old patient who suffered a partial spinal cord injury at the C6/C7 level three years ago while mountain biking. Despite losing mobility from the neck down, Enrique's determination has allowed him to gradually regain movement in his arms and regain sensitivity in his legs. The opportunity to work with HANK could accelerate Enrique's recovery process and offer him the possibility of walking autonomously with proper support. His story is an inspiring testament to resilience and overcoming obstacles, driving us to continue developing innovative technologies that can make a significant difference in people's lives. At Gogoa Mobility Robots, we take pride in not only driving technology forward, but also empowering brave individuals like Enrique on their journey to recovery and independence. We will continue to work tirelessly to bring robotic neurorehabilitation to those in need, building a future where barriers are overcome and dreams come true. #GogoaMobilityRobots #HANK #RoboticNeurorehabilitation #LocalCollaboration #ImprovingLives #StoriesOfOvercoming

We are pleased to have been part of the event "Innovation in Neurorehabilitation", organized by the Miguel Hernández University and the UMH Science Park, which took place yesterday, Thursday, June 29th! If you missed it, here we tell you what happened in this fascinating meeting where the latest news in technologies applied to neurorehabilitation were presented and innovative developments in this field were revealed. At this top-level event, our R&D&I director, Guillermo Asín Prieto, gave a fascinating presentation. During his intervention, Guillermo shared the remarkable story of Gogoa Mobility Robots, the first CSIC spin-off to develop exoskeletons and the first European company to obtain CE marking for an ambulatory exoskeleton. In addition, he presented our extensive product portfolio in neurorehabilitation robotics and revealed our most innovative design ideas. But that was not all, we also shared information about our prestigious robotic neurorehabilitation and therapy design clinics: Movex Clinics and Movex Living Lab. Thanks to our revolutionary Movex method, we have challenged the belief that patients with various pathologies can't get any better. In fact, all of our patients have achieved levels of rehabilitation that exceed all expectations, giving them new hope and opportunities for recovery. The event was attended by leading experts in the sector, who shared their knowledge and research on technologies applied to neurorehabilitation. In addition, round tables were held to address clinical needs in this field and discuss future technologies needed in neurorehabilitation units. If you missed this extraordinary event, we invite you to stay tuned for future learning and collaboration opportunities with companies, entrepreneurs, researchers and clinicians who share our commitment to innovation in neurorehabilitation and the application of advanced technologies. Don't be left behind in the advancement of neurorehabilitation!

Exciting news! We are delighted to announce that Gogoa Mobility Robots has presented its innovative technology at the prestigious CHUAC (Centro Hospitalario Universitario de A Coruña) for the medical team of the spinal cord injury unit. At Gogoa, we have always strived to offer revolutionary solutions that improve the quality of life of people with spinal cord injuries. This meeting with the CHUAC medical team allowed us to share our cutting-edge technology and explore new ways to improve patient rehabilitation and mobility. During the presentation, we demonstrated how our robotic solutions are designed to help people with spinal cord injuries regain independence and improve their quality of life. Our advanced devices combine the latest technology with ergonomic design to provide a comfortable and effective experience. The medical team at CHUAC has shown great interest and enthusiasm for our technology. We are grateful for their support in our mission to bring innovative solutions to those who need it most. If you would like to learn more about our technology and how we are transforming the lives of people with spinal cord injuries, please feel free to visit our website or contact us directly. #GogoaMobilityRobots #SpinalSpinalInjury #Rehabilitation #Mobility #MedicalTechnology #Innovation #Healthcare

Last week Gogoa Mobility Robots presented its exoskeletons HANK and HELK at the Instituto de Neuro-rehabilitation Quirónsalud Pontevedra to a team of neurologists and physiotherapists from the centre. HANK is our lower limb exoskeleton with 6 motorised joints and an adaptive gait pattern, making it the most technologically advanced exoskeleton in the world. HANK is intended for patients with spinal cord injuries and neurodegenerative diseases. HELK is an ergonomic textile exoskeleton for lumbar support intended for healthcare professionals who perform strenuous tasks such as transferring and mobilising patients. HELK provides additional support to the extremities of the body, reducing the load on the joints and improving the mobility of the users. Thanks to this textile exoskeleton, medical care is safer and more effective than ever before. Gogoa Mobility Robots is committed to taking exoskeleton technology to the next level and collaborating with healthcare experts to improve people's quality of life. #Exoskeleton #Rehabilitation #MedicalTechnology #OccupationalHealth #TechnologicalInnovation

DESIGN FOR DISASSEMBLY - HANK by GOGOA MOBILITY ROBOTS Gogoa Mobility Robots proudly presents the Design for Disassembly approach used in the development of HANK, our cutting-edge exoskeleton for lower limb rehabilitation. Not only is HANK the most advanced exoskeleton in the world, but it is also designed with sustainability in mind. This means that our exoskeleton can be effortlessly dismantled and repurposed at the end of its lifespan, significantly reducing its environmental impact, and maximizing the value of its components. Designing for Disassembly is a philosophy that we take seriously at Gogoa Mobility Robots. We understand that the products we create have an impact on the environment, and we want to minimize that impact as much as possible. By designing HANK with disassembly in mind, we are able to reduce waste, save energy, and lower the cost of sourcing new materials. HANK is made primarily from recycled plastic, printed in 3D, and aluminium components, as well as motors, circuit boards, batteries, straps, and clips. Our team of engineers worked diligently to design HANK with the fewest parts possible, using common fasteners that require only a few standard tools for disassembly. By avoiding the use of glues, we enable the components to be easily separated and reused. In addition to the environmental benefits of Design for Disassembly, it also has operational benefits. Our exoskeleton is designed to be easily repaired or upgraded, which prolongs its useful life and reduces the need for new products. But our commitment to sustainability doesn't stop with HANK. Our other exoskeletons, including BELK, HAND OF HOPE, and HELK, are also designed with the same Design for Disassembly approach. We believe that all our products should be as environmentally friendly as possible while still delivering the best possible performance for our customers. Each of our exoskeletons is designed with a focus on durability, repairability, and recyclability. By incorporating the Design for Disassembly approach into our entire product line, we are reducing waste, conserving resources, and minimizing our environmental impact. We are committed to continually improving our products and processes to make the world a better place for all. #DesignForDisassembly #SustainableExoskeleton #LowerLimbRehabilitation #EnvironmentalImpact #RecycledMaterials

https://www.empresaxxi.com/post/gogoa-mobility-ampliara-su-capacidad-productiva-para-desarrollar-mercado

Gogoa Mobility Robots Eusko Jaurlaritzaren laguntza jaso du, berrikuntza eta garapen arloan hainbat Hazitek programaren bitartez, honako proiektu hauetan parte hartuz: EXOFES 3 2020. urtean, Gogoak Hazitek programan parte hartu du EXOFES 3 proiektua lideratuz, zeina, Eusko Jaurlaritzak eta Eskuldeko Garapenerako Europar Funtsa (EGEF)-ek kofinantziatua izan dena. Proiektuaren helburu nagusia, belauneko errehabilitazioko gailu errobotiko bat garatzea izan da, aldi berean, gialu honek estimulazio elektriko funtzioa integratzen du. Lan hau burutzeko, IHS enpresaren eta TECNALIA ikerkuntza zentroaren kolaborazioa izan du. XNOWERS + Proiektu honetan, neguko kirolen praktikara (Snow eta eskia) zuzendutako gailu pasibo bat garatu da, Xnowers deitua. Gailu honen prestakuntza eta ezaugarri teknikoak hobetu dira 2018 eta 2019. urteen artean. Erabiltzaileek gailuarekiko izandako feedbacka haintzat hartuta, hainbat egokitzapen garatu dira, kirol prestazioak handituz eta erabiltzaileen fatiga gutxituz. Gogoak REALICE S.Coop eta CEIT ikerkuntza teknologiko zentruaren kolaborazioaz baliatu da. Aurreko proiektua bezala, hau ere, Eusko Jaurlaritzak eta Eskuldeko Garapenerako Europar Funtsa (EGEF)-ek finantziatua izan da. Gogoak 2020.urtean XNOWERS + izeneko proiektua lideratu du. EXOSASUN Gogoak EXOSASUN Hazitek proiektuan parte hartu du, beste 7 empresekin batera eta Igualatorio Médico-Quirúrgico (IMQ) buru izanik. Proiektuaren helburua exoeskeletoen eta sistema errobotikoen “smartizazioa” ziurtatzea izan da, hala gailu hauen malgutasuna, modularitatea eta inteligentzia bermatuz eta hainbat lanpostu espezifiko ezberdinetan inplementatzeko helburuarekin. Eusko Jaurlaritzaren eta Fondo Europeo de Desarrollo Regional-en konfinantziazioa jaso da Hazitek program parte hartzeko EXOSASUN proiektuaren bidez.