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Nanoker Research S.L. is a Spanish developer and manufacturer of advanced technical and nanocomposite ceramic products & solutions for diverse top-end applications through mastering of material science and cutting-edge industrial processing methods.
Oviedo, Asturias, Spain
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Nanoker Research SL is one of the 15 semi-finalist to the EIT Health InnoStars Awards 2021 with our NACRE disruptive dental implant scale-up investment opportunity. NACRE is the FIRST preventive, all advanced-ceramic (metal free) global, patient-centric, personalised, wordwide patented & already clinically tested Medical Device solution to PERI-IMPLANTITIS and its overall health consequences beyond implant failure.
“Every edition of InnoStars Awards entices cutting-edge medtech, biotech or digital health solutions that try to respond to some of the most pressing healthcare challenges as well as improving the quality of life of patients. This year we observe it on even larger scale. Pandemic has stimulated new ideas popping up and motivated innovators to do the next step. The key to success very often is to equip the ambitious teams with the business skills, access to network and support them in building international recognition. This is exactly what we do” – underlined Tamas Bekasi, RIS Business Creation Manager at EIT Health InnoStars. “For the last five years InnoStars Awards has moved dozens of teams from the prototype stage to the market level. The best teams got external funding, VCs interest and managed to scale out”
#Ceramics4Health #medicaldevices #investment #opportunity #eithealth #Materialscience2Market
The Solar Impulse Efficient Solution label seeks to identify those solutions that bring together the protection of the environment and financial viability. Its aim is demonstrating that such solutions are not expensive costs but rather opportunities for clean economic growth. To address environmental challenges without compromising economic growth, the Solar Impulse Foundation has identified 1000+ clean and profitable solutions worldwide. We are now joining this select but fortunately growing club, to which we bring to bear our Material-Science knowledge and passion.
By offering political and economic decision-makers a Guide to Solutions that can be implemented on a large scale, the Foundation will help them establish a roadmap for the adoption of much more ambitious energy and environmental programs and thus achieve their carbon neutrality objectives.
What has just been labelled?
Our patented G3® patented inorganic, metal and phosphorus-free bioglass has demonstrated to be very effective and durable against a wide array biofilms in both relevant environments and clinical tests. It is easily and economically produced, contains no nanoparticles, and doesn’t generate antimicrobial resistance due to its action principle, based on membrane depolarization instead of metal ion membrane adhesion or penetration.
We have come up with a substance that does not leach metal ions or particles, and degrades as any other glass. It has a useful life measured in years vs. short lived metal based solutions. At Nanoker, we can integrate G3® in bulk or as additive in fibres, paints, polymers, plastics, cements and ceramics. Also used directly as coating on various surfaces. It is 100% biocompatible and as a coating can be used on medical devices, or as additive in bone-grafting solutions. Upon degradation, it is even good for soils due to its mineral content.
The Solar Impulse Foundation and the Seal
The Solar Impulse Foundation is part of the World Alliance for Efficient Solutions. It is bringing together the main actors in the field of clean technologies to create synergies, facilitate matchmaking between solution providers and investors, and showcase clean and profitable solutions that have the potential to address today’s environmental challenges.
Labelling and validation process of the Solar Impulse Foundation is audited by Ernst&Young and assessed by independent experts. Label is awared to the solutions meeting high standards of sustainability and profitability. Third-party validation helps innovations stand out showcasing their positive impact on the environment as well as their strong business value.
What comes with labelling
The Foundation promotes labelled solutions to media, the public and decision-makers highlighting the benefits of clean and profitable solutions. Invitations at numerous networking events are opportunities for labelled companies to showcase our innovations.
With the ever expanding network of the World Alliance, the label brings together main actors in clean technologies. It helps to build relationships, create synergies and partnership opportunities allowing to accelerate their implementation.
Finally, working closely with dozen of VCs, both impact investors and more traditional players, the Solar Impulse Foundation pushes the labelled efficient solutions in their dealflow. By creating links between solutions and public authorities in order to bring solutions to cities and regions, the Solar Impulse Foundation is committed to facilitating the implementation of efficient solutions.
It is supported, among others, by UNFCCC, the International Energy Agency, the European Investment Bank and the European Commission. The main partners of the Solar Impulse Foundation are: Adeo, Air France, Air Liquide, BNP Paribas, Breitling, Deutsche Telekom, ENGIE, LVMH, Michelin, Movin’ON, Nestlé, Schlumberger, Schneider Electric Foundation, Solvay and Soprema.
Versatility of our G3® Patented Eco Bioglass
In Nanoker, we have been working with G3® for years now, together with the CINN-CSIC Tech. Institute and their oustanding team. The potential of G3® was quickly identified for use on our medical devices as a biological seal due to its proven efficiency and bacteriostatic properties.
Hence, G3® became a pivotal part of our medical device endeavours. Either as part of bone graft ceramic composites, or as coating substance in Nanoker’s new generation of Dental Implants, NACRE. NACRE is the FIRST preventive, all advanced-ceramic (metal free) global, patient-centric, personalised, wordwide patented & already clinically tested Medical Device solution to PERI-IMPLANTITIS and its overall health consequences beyond implant failure.
But the possibilities of G3® go a long way farther.
The G3® Bioglass can be produced in various adaptable microstructures. It is important to underline that this is not a nano-material. Therefore it’s not affected by restrictions related to nanoparticlerelease during lifespan or by degradation), including spherical grain, fibers, etc. Hence, it can be used in a wide array of products as a sustainable, “green”, biodegradable, non-metal, non-particle release, non-leaching and totally biocompatible antimicrobial aditive or even raw material.
Antimicrobian possibilities of G3®
Uses as antimicrobian aditive include, but are not limited to its inclusionin paints, sintetic textiles, polymers, plastics, cements, glass, ceramics… As a raw material, it can be used as coating for glass, ceramics, metals. Such coating can be implemented via thermal coating + heat treatment/annealing, or hot-paintbrush + heat treatment. Effectiveness has been widely proven against all sorts of pathogens, including Sars virus (also COVID19). The fact that it operates by causing membrane depolarization by contact avoids antimicrobial resistance development by bacteria and fungus. The latter is one of the main issues and drawbacks concerning metal-ion-releasing solutions.
G3® is highly disruptive, since it’s the first long-term, lasting antimicrobial agent, with mininum production/process environmental footprint, which is completely biodegradable &eco-friendly, as well as biocompatible and nano particle and metal free. The antimicrobians market has seen considerable development and growth inthe last decade, to 4,5 USD bn now. It is expected to accelerate & keep high momentum for obvious reasons related to awareness + public sensitivity towards sanitation and microbial protection.
At Nanoker we are thrilled to be one of twelve companies selected for the 2nd Go2SpaceHubs Accelerator program.
The Accelerator and the Go2Space Hubs
The accelerator is a high impact program based in the HUB Madrid (Spain) where we will receive, during three months, extensive online training and individualized mentoring in market and investment readiness, reinforcing technology base and reviewing operations management.
The objective of the EU-funded Go2Space-HUBs project is to secure the creation and up-scaling of European businesses, offering technology and services in and from the space sector, ensuring value creation and innovation through cross-fertilisation, training, and locally owned and driven networks and initiatives that connect effectively with existing EU initiatives.
This will be achieved through the creation of 3 Space hubs in Coimbra, Madrid and Tallinn strengthening local entrepreneurship/ business ecosystems & networks. The HUBs have extensive experience in providing support to start-ups and will be supported by entities that are experts on investor readiness & access to finance services, technology transfer, in addition to an aerospace cluster representing SMEs from all the relevant space-segments.
The 6 consortia partners represent key players in the local and regional start-up ecosystem.
We shall also attend sessions on European financing programs, and on the Technology Portfolio of the European Space Agency (ESA). Together with the other participants will also attend networking activities with experts from government, industry, research and investment sectors, and participate in events on the space sector, where we will present our solutions to potential investors and find strategic partners to grow our business globally.
At Nanoker, we have a lot to offer for space-related applications, particularly in the Ultra Stable Materials (Null CTE – Coefficient of Thermal Expansion, and Match CTE – matching the CTE of other substrates and materials in which our pieces are embedded). These materials are particularly interesting in Heat Dissipation, which is seeing widespread use in Power Electronics, a field that is even more relevant in environments such as Space.
But we are going to infinity, and beyond… Just check out our Space-Related self developed and industrialised deep tech materials:
Our Aerospace Advanced Materials
As said, at Nanoker we are thrilled to be one of twelve companies selected for the 2nd Go2SpaceHubs Accelerator program. We have a lot to bring to bear:
UHTCMC: Ultra-high temperature ceramic matrix composites.
From 2016 to 2020 we have developed and succesfully brought to real test conditions a series of advanced ceramic composites for extreme environments with deep tech densification process via SPS (Spark Plasma Sintering). Main uses include Aerospace/Hypersonic and Turbine parts Particularly, on a Next Generation Ceramic Composites For Combustion Harsh Environments And Space. In terms of specific parts, we have experience in plate & tube shaped bodies which can be placed in rocket nozzles’ combustion chambers and as Thermal Protection Systems (TPS) for particularly sensible areas in space and hypersonic vehicles, enduring high levels of stress during launch and re-entry phases.
BORON NITRIDE COMPOSITES – Erosion Protection and Insulation Elements
This is a Propietary Development by Nanoker. We carry out in-house production via High Performance Densification via SPS (Spark Plasma Sintering) in a variety of shapes and sizes. We have the unique ability to produce disks up to 400mm diameter. These materials are used in inner and outer walls in spacecrafts’ electrical propulsion systems. Magnetic shielding may substantially increase thruster life without compromising performance by protecting walls from ionized gas erosion. Advanced Composites help solving this problem: BN + Zr + SiC. Other “more terrestrial” applications are: Nozzles for Powder Metal Atomization or Insulators for Very High Temperature Furnaces.
GRAPHITE BASED COMPOSITES – High Performance Heat Sinks & Heat Spreaders
We feature more than 5 years experience in development and manufacturing of industrial parts in these composites, with outstanding CTE Match and Heat Dissipation capacity using SPS (Spark Plasma Sintering) advanced high-densification technology. Among others, our reference product/material is Molybdenum Graphite. Main Customers/Business Partners are CERN (Collimators), OSRAM (Heat sinks for High Power LED Diode). The best suited applications for these materials are POWER ELECTRONICS. i.e. – Diode Lasers, Power Transistor Substrates, LED Substrates, Wireless Communication, Electrical Drives, AEROSPACE Power Supplies, AVIONICS Systems, etc.
ULTRASTABLE CTE MATERIALS & NANOCOMPOSITES – Null Thermal Expansion
Based on the decades’ longlasting SiC (Silicon Carbide) standard for Aerospace Applications, we have advanced in the compounds & composites front, offering better solutions. The main material we produce is an array of Advanced Glass-Ceramics (SiC + LAS – Lithium Aluminum Silicate). The business partners for these composites are mainly companies such as ESA or THALES, which use them as Mirror Substrates for Satellites or in High Precision Optical Components.
Moving forward with Networking and B2B as we look for Market Traction and Growth
We will participate in EACP Virtual B2B Event – Aerospace applications & technologies
The EACP Virtual B2B – Aerospace Application & Technologies matchmaking event brings together companies – buyers as well as suppliers – from a large number of European countries and elsewhere. The European Aerospace Cluster Partnership (EACP) , promoted, among others by European Enterprise Network, provides access to a unique network of more than 4,000 SMEs from Europe. We shall take advantage of this unique opportunity to generate new business contacts. The B2B plattform offers a time and cost-efficient way to generate new leads. Meetings will take place in a dedicated area on the B2Match platform and will be arranged in advance.
This event offers us the opportunity to make valuable contacts and we will profit from it to find new topics for international cooperation along the entire value chain of the aerospace industry. Moreover, the EACP Virtual B2B focuses on innovative SMEs from the aerospace and space sector. The B2B platform will support all players of the branch in establishing new business and research contacts, scouting in different areas.
Some of the Topics which will be addressed and are of special interest for us:
• Disrupting propulsion
• Advanced Manufacturing
Virtual B2B Meetings:
The B2B meeings offer the following advantages to the participants:
• Scout innovations in different areas, suitable to aerospace sector
• Get in touch with potential business partners and providers of innovative technologies from Europe and beyond
• Discuss cooperation possibilities in digital meetings in an informal atmosphere
• Develop and strengthen business and research relationships
• Enter into contact with potential partners for future co-operation
• Establish cross-border contacts for long-term business relationships
• Publish and showcase your products, projects, services or business needs to event participants
• Discover New Products & Services
Family Photo while enjoying a great and enriching experience in the InvestHorizon Bootcamp this week, interacting with top experts and 34 other international deeptech scale-up SMEs. Investment readiness preparation at its finest for Nanoker Research and our disruptive dental implant growth project.
Our colleague Lidia M. Goyos Ball, Medical Devices Division Manager at Nanoker Research SL, and Leader of our Dental Project was interviewed in the latest issue of Ceramic Implants, the International Magazine of Dental Implant Technology.
There, she talks and explains in depth what our patented INPERIO dental implant system and its REVOLUTIONARY, groundbreaking material and design features mean for practitioners and patients.
Soon available in the best dental clinics!!
Access the interview in the following link: cimp0121 (zwp-online.info)
Start in 2011
Nanoker Research S.L. est incorporée, fondée par le professeur Torrecillas et autres partenaires .
On commence à opérer dans ses installations Le plus grand SPS d'Europe (jusqu'à 400 mm de diamètre)
On rejoint consortium CH3RME dirigé par Airbus et Ariane sur composites UHTCMC https://c3harme.eu/
Phase finale de marquage CE / MDR à IMQ du noveau l'implant dentaire en composite nanocéramique
to be continued ...