Date: 20 September, 2023
By Taha Adnan
From lab-grown diamonds to batteries and super-capacitors, meet the 10 disruptive startups poised to transform their industries with INAM's support in scaling up their technologies.
(Berlin, 20/09/2023) INAM - The Innovation Network for Advanced Materials is proud to announce the selection of ten remarkable startups for the 2023 AdMaCom Scale scale-up program. These startups, specializing in various advanced materials and technologies, have been carefully chosen from a number of applications to join this year's prestigious cohort.
INAM's Managing Director, Oliver Hasse, shared his excitement about this year's cohort: "Following the remarkable success of the inaugural edition of AdMaCom Scale last year, where a majority of participating startups have since secured their series A funding, we are very pleased to unveil this year's finalists. Spanning continents and harnessing diverse technologies, our finalists exemplify the profound impact of materials and materials science in addressing today's most pressing challenges. Needless to say, we are grateful to our sponsors, corporate members and partners, mentors as well as trainers that contribute to the success of the program!"
The Startup Finalists:
AC Biode (Luxembourg), originally specializing in AC battery development, has diversified its focus to encompass multiple fields. They now engage in battery manufacturing, plastic recycling with a unique catalytic pyrolysis process that converts plastics into oil, and the construction of rapid, 4-hour-built houses. In addition, AC Biode actively contributes to environmental sustainability by capturing CO2 through air filters and transforming it into low-carbon glass with their product, RECO GLASS.
Appsilon Enterprise (Delft, Netherlands) specializes in lab-grown CVD diamonds with versatile applications in jewelry, semiconductors, and quantum computing. Their diamonds serve as efficient heat sinks in semiconductors, enhancing chip performance and lifespan. Additionally, these lab-grown diamonds are biocompatible, making them suitable for medical and biotechnological applications.
Divigas (Singapore, Singapore) has developed a hydrogen separation membrane that improves cost efficiency in hydrogen industrial processes and enables cheaper carbon capture.
Elven Technologies (Sacramento, USA) develops a flexible, lightweight, and cost-effective fireproof composite material capable of withstanding direct flames up to 2000°C. They apply this material to create flameproof enclosures for lithium batteries, addressing the safety issues in electric vehicles (EVs) and energy storage systems. Elven's technology has applications in various industries, including aerospace, emergency medical services, construction, and defense.
FreyZein Technologies (Graz, Austria) revolutionizes the textile industry by developing a 100% cellulose-based technical fabric that is waterproof, breathable, and eco-friendly. This sustainable alternative targets premium brands looking for environmentally friendly and high-performance textiles.
Imprintec (Bochum, Germany) addresses the need for a fast, cost-effective, non-destructive testing method for mechanical properties. Their technology offers flexibility for various applications and is a solid-state solution.
Klar2O (Bruchsal, Germany) Klar2O tackles the issue of microplastics with a sustainable, regenerative, and reusable microplastic filtration technology. Their USPs include achieving 100% microplastics filtration, flow-through filtration without external pressure, and sustainability.
Nanosci (Warsaw, Poland) utilizes nanotechnology-based technology to purify the air by removing smog, odors, and disease-transmitting agents. Their photocatalytic engine is energy-efficient and maintenance-free, suitable for public buildings and electrical appliances. Nanosci's technology offers high air purification, low electricity consumption, and scalable manufacturing.
Novac (Modena, Italy) addresses limitations in supercapacitor technology, uses patented materials to create customizable supercapacitors without the risk of fire. Their solid-state design enhances safety and resistance to mechanical stress and thermal shocks.
Volexion (Evanston, USA) offers a graphene encapsulation solution that extends the cycle life of batteries, increases energy density, and reduces cost of production. Volexion's innovation is a drop-in solution with potential applications in various industries.
Want to meet these startups? Join us for the live Demo Day at TU EINS in Berlin where the startups will pitch to an expert audience from companies and investors such as Continental, BOSCH, JX Metals, Atotech, ECBF, HTGF and more!
AdMaCom Scale Demo Day
26.08.2023, 16:00 - 21:00
SpaceShack Co-working, Akazienstraße 3A, Berlin
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About AdMaCom Scale
The Advanced Materials Competition Scale (AdMaCom Scale) is a fast-paced, four-week, equity-free Scale-Up Program for growth-stage startups with novel technologies in Advanced Materials. Organized by the Innovation Network for Advanced Materials (INAM), the program brings together the brightest minds in science to make the right connections and to gain access to the broad infrastructure that the network is known for. The AdMaCom Scale program focuses on providing startups with the necessary skills they need to successfully scale up their technologies.
AdMaCom Scale 2023 will be the second edition of the program and will take place from 2 - 26 October 2023.
Applications for the Scale edition began in summer 2023 and ended in August 2023. Members and experts ofINAM evaluated the applicants. Each applicant was given scores based on their ideas, technology, team, and market fit which were then evaluated further by the board members of the network. The evaluation period ended in August and concluded with ten confirmed startup finalists.
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About INAM
INAM, the Innovation Network for Advanced Materials, is a global network of companies, investors and research institutes in the field of Advanced Materials. INAM’s goal is to enable the right connections and make technological innovations become reality by working closely with startups, SMEs, corporations, investors, and research institutes to start, grow and transform the development of Advanced Materials.
For more information visit: https://www.inam.berlin/
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