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Radisurf: Fra god idé til succesfuld start up
- 5. WOW
- 7. Tidlig IP Ny ufærdig teknologi Ukendt markedspotential Høj risiko Valideret IP Valideret teknologi Kendt marked Lav risiko ?
- 8. RadiSurf – Research Project 8 Coating Molecular glue: True chemical bonds/material integration Substrate Dept. of Chem. Steen Mogens Joseph Elsa Ryo Sergey Mikkel Mie Jesper Marcel Kyoko Kim Allan Kristoffer Susie Jens Pumps Coatings
- 10. 10
- 11. 1 cm2 Interface ~70 kg ~210 kg
- 12. 1 cm2 Interface ~70 kg ~210 kg
- 13. 1 cm2 Interface ~70 kg ~210 kg
- 14. 14
- 17. “The biggest risk is not taking any risk! In a world that is changing really quickly, the only strategy that is guarantied to fail is not taking risks.” Mark Zuckerberg
- 18. 18
- 19. One man and half a fume hood…
- 22. Finding Applications Impossible Design Extreme Conditions and Environments Ultra-high Consumer Safety Full-range target application markets Offshore Medico Design Nutrition Space Automotive Electronics Dental Aerospace
- 24. 1. Generation 2. Generation 3. Generation 4. Generation 5 - 8 hours 2 - 3 hours 0.5 - 2 hours ~ 10-30 min Inert atmosphere Closed atmosphere 3 steps 2 steps Open atmosphere, automatized 2 steps 2015 Water and alcohol solventsOrganic solvents 2 steps Spray/brush application Water and alcohol solvents Water and alcohol solvents 2019 Development
- 25. 1. Generation 2. Generation 3. Generation 4. Generation 5 - 8 hours 2 - 3 hours Inert atmosphere Closed atmosphere 3 steps 2 steps Open atmosphere, automatized 2 steps Water and alcohol solventsOrganic solvents 2 steps Spray/brush application Water and alcohol solvents Water and alcohol solvents 2015 2019 Development 0.5 - 2 hours ~ 10-30 min
- 26. 1. Generation 2. Generation 3. Generation 4. Generation 5 - 8 hours 2 - 3 hours Inert atmosphere Closed atmosphere 3 steps 2 steps Open atmosphere, automatized 2 steps Water and alcohol solventsOrganic solvents 2 steps Spray/brush application Water and alcohol solvents Water and alcohol solvents 2015 2019 Development 0.5 - 2 hours ~ 10-30 min
- 27. The project model 1 2 3 4 5 Development project License agreement Scale-up and adaptation Full-scale production Chemical supply Our team of highly skilled researchers tailor the optimal bond for your product design and validate the performance We offer several license packages for the full use of the tailored RadiBond™ or RadiPrime™ solution at competitive prices Our accomplished engineers scale up and adapt the RadiBond™/ RadiPrime™ process for your specific production line With our R&D partners we help set up the RadiBond™/ RadiPrime™ process in your production line Throghout the lisence periode we will supply the ready- to-use chemical kits to run your RadiBond™/ RadiPrime™ process
- 28. R&D Operation Sales and BD Mikkel Kongsfelt CEO Finance Jørn Vinge (Board member) Michael Kristensen Bjørn Schutz Bruun Espen Hvidsten DahlMie Lillethorup Stefan Urth Nielsen 70% Ph.D. 20% M.Sc. Assoc. Prof. Mogens Hinge Assoc. Prof. Steen Utrup Pedersen Prof. Kim Daasbjerg (Board member) Dr. Mikkel Kongsfelt CTO Business Advisory Board Jens Hinke Frm. CEO Accoat A/S Carl-Erik Skovgaard Partner DLA Piper Mads Løntoft Business Developer CBS Founders
- 29. Mikkel Kongsfelt, CEO & Co-Founder mikkel@radisurf.com WWW.RADISURF.COM Tlf: 91 91 91 10 We bring the glueless revolution
- 30. Material combinations we have worked with Documented adhesion Expect adhesion Challenging combination Polymer Alum iniumBrass Carbonfibers CopperGlass Glassy carbon Nickel Nickel-TinNickel-Silver RutheniumSilicon Silver Stainlesssteel Titanium ABS ECTFE Epoxy PC PDMS PEEK PMMA Acrylics PPS PS PUR PVDF TPU
- 31. Tailored performance for your product A Analyse the materials involved and chemically design the optimal RadiBond™ or RadiPrime™ formula that fit with the customers product- and process requirements Run feasibility tests with the tailored RadiBond™/RadiPrime formulations on the customers product materials Advanced chemical surface analysis of the to coated materials to document chemical performance Mechanical, chemical and thermal tests, dependent on the product requirements, to verify adhesive performance B C D E Full reporting Price for standard project: 15 000 US dollar 1 Development project Our team of highly skilled researchers tailor the optimal bond for your product design and validate the performance
- 32. Affordable licensing options A When we have documented that the performance of the tailored RadiBond™ or RadiPrime™ solution comply with the customers specification the next step is a license agreement on the use of the process in the customers production line Our nanoprimer technology add specialty performance to your product, but we offer our standard license packages at cost-competetive prices Our basic license agreements is provided on basis of a royalty-free lump sum payment B C 2 License agreement We offer several license packages for the full use of the tailored RadiBond™ or RadiPrime™ solution at competitive prices
- 33. A After the license deal has been completed our engineers will start scaling up and adapting the tailored process for the production line of the customer We will adapt our own in-house chemical production to be ready to run a sustainable supply of the ready-to-use RadiBond™ and RadiPrime™ chemical kits B C D 3 Scale up and adaptation Our accomplished engineers scale up and adapt the RadiBond™/ RadiPrime™ process for your specific production line Putting it all together During this phase we will run pilot production of samples primed with RadiBond™ or RadiPrime™ that will be used for product validation testing at the customers facilities Finally, we will put everything together and deliver documentation for the final facility, specification for process parameters, CAPEX/OPEX and supply chain structure
- 34. A Throughout the lifetime of the facility we will supply technical support and service on demand When we have finalized the scale up activities, we will supply the blue print for the full-scale facility for applying the RadiBond™ or RadiPrime™ primer layer In many cases, the customer have the resources to construct the process facility on their own with our consultancy. However, we will also be able to deliver the final installed facility together with our R&D partners After construction and installation of we will supervise the commisioning and run-in to full operational capacity and supply the training of the operational personnel B C D E 4 Full-scale production With our R&D partners we help set up the RadiBond™/ RadiPrime™ process in your production line Integrated into the existing production line Our focus is normally to make a seamless integration of the facility into the customers existing production lines. However, since the parts primed with RadiBond™ and RadiPrime™ can be stored for months, it is easy to separate this facility both geographically and in time
- 35. A Throughout the license period we keep a sustainable supply of our ready-to-use RadiBond™ or RadiPrime™ chemical kit with the active nanoprimer agents Our chemical kit is subjected to strict quality control, ensuring optimum performance in productionB C 5 Chemical supply Throghout the lisence periode we will supply the ready- to-use chemical kits to run your RadiBond™/ RadiPrime™ process Continous supply of our nanoprimer agents Safety and environement in focus: Our agents are based on water and alcohol solvents and produce minimal chemical waste We continously work to improve the efficiency of our nanoprimers and will, free-off charge, always offer the the customer our newest upgraded solution D
Editor's Notes
- Despite the less than 100 nm thick adhesion layer, materials assembled with the Nanobonding technique have shown impressive tolerances for tensile stresses and strains. In tensile tests, the bonding between PMMA and stainless steel only breaks at the breaking point of the PMMA of ~10 MPa. For other materials, the result is even stronger. In our recent Innobooster project, we ran a series of tests on the stability of the bonding in climate chamber. These tests demonstrated that even 6 weeks of exposure to high humidity and with temperatures cycling from -50oC to +70oC two times per day gave no reduction in the bonding strength. By 12 weeks, they still kept up to 50% of their strength despite the very rough treatment.
- Despite the less than 100 nm thick adhesion layer, materials assembled with the Nanobonding technique have shown impressive tolerances for tensile stresses and strains. In tensile tests, the bonding between PMMA and stainless steel only breaks at the breaking point of the PMMA of ~10 MPa. For other materials, the result is even stronger. In our recent Innobooster project, we ran a series of tests on the stability of the bonding in climate chamber. These tests demonstrated that even 6 weeks of exposure to high humidity and with temperatures cycling from -50oC to +70oC two times per day gave no reduction in the bonding strength. By 12 weeks, they still kept up to 50% of their strength despite the very rough treatment.
- Despite the less than 100 nm thick adhesion layer, materials assembled with the Nanobonding technique have shown impressive tolerances for tensile stresses and strains. In tensile tests, the bonding between PMMA and stainless steel only breaks at the breaking point of the PMMA of ~10 MPa. For other materials, the result is even stronger. In our recent Innobooster project, we ran a series of tests on the stability of the bonding in climate chamber. These tests demonstrated that even 6 weeks of exposure to high humidity and with temperatures cycling from -50oC to +70oC two times per day gave no reduction in the bonding strength. By 12 weeks, they still kept up to 50% of their strength despite the very rough treatment.
- The entire RadiSurf team will be involved in this project, since it is at the core of our business. The project will be headed by CEO, PhD Mikkel Kongsfelt, who has extensive project management experience from innovation projects both in RadiSurf and at Aarhus University with multiple industry collaborators and has participated in the Pasteur Project management course at Harvard University. Mie Lillethorup has been working with surface chemistry for more than 10 years, and has recently returned from a post-doc position at Stanford University. She will be hired in a full-time position to be in charge of all the developments in phase 1 of the project. This will be conducted in close collaboration with our industrial PhD, Stefan Urth Nielsen, and Michael Kristensen who was hired during our first Innobooster project. Espen Hvidsten Dahl joined RadiSurf in 2017 to increase our knowledge about scaling up chemical productions for industry applications. Espen will be in charge of our phase 2 and phase 3 activities in close collaboration with both Mie Lillethorup and Michael Kristensen. Accelerated lifetime tests and stability tests will be conducted by DTI. Furthermore, we will include our founders; Professor Kim Daasbjerg, Associate Professor Steen Uttrup Pedersen and Associate Professor Mogens Hinge as advisory board during the project.
- We have conducted adhesive tests for a range of material combinations and have so far found few combinations we cannot solve. In the figure, material combination that have been verified and validated with documented performance data are market with green. Material combinations where we either have proof-of-concept without validated data or we expect bonding from a fundamental chemical perspective are marked with blue. We normally approach new material combination when we have an actual customer request, but we also do validation of untested material combinations if we can see a clear market interest. We can work on most types of materials, so if they are not on the list it is because we have not yet tested this specific material. Bonding to some materials do, however, require more efforts to solve. Take contact to know more about what types of materials we can work on.