Home > Press > Entrepreneurship in materials interview: José Maria Lagaron
|José Maria Lagaron|
This is the second installment of our series of interviews with materials scientists who have gone on to start companies commercializing the technology from their lab.
Entrepreneurship in materials interview: José Maria Lagaron
Germany | Posted on November 1st, 2012
Packaging materials are some of the most used and often overlooked objects in our daily lives. With the current high cost of petroleum feedstocks and the need to look outside the box for solutions with lower environmental impact, this is an area of very active research and commercial development. We talked to Jose Maria Lagaron, researcher at CSIC (High Council of Scientific Research) in Valencia and part time Professor at the University Jaume I of Castellón, Spain, who is also the founder of packaging materials manufacturer NanoBioMatters Industries S.L.. In our chat we discover issues with European startups, tips for budding entrepreneurs, and much more.
Can you give me a brief pitch about what the main product of your company (NanoBioMatters Industries S.L.) is, and what is its purpose?
We develop nanoclay-based products with passive, such as gas and vapor barrier promoters, and active functionalities, such as antimicrobial, oxygen scavenger, antioxidant, etc… The purpose is to reinforce and provide novel functionalities to polymers of value in many applications, mainly in packaging.
What is your role within the company, and how much are you involved now with the business side of the company? How different do you feel that the role you play within NanoBioMatters is, with respect to having the same job at a large, established company?
I was the founder of the company and the main technology developer, therefore, I have been playing CSO and CTO roles but also a business development role in the early days. I was also heavily involved in the everyday overall management and I was, and still am, within the executive board of the company. Currently, I am still helping, in all of these roles, the full time employees wearing the official hats, since I never left my academic position across the whole process of company development. The reason for the latter is that I have much more research freedom and scope of action as an academic, and potentially the ability to create other new businesses with entirely new people.
The main differences with regard to working in large and established companies, is the feeling of carrying out a personal challenge realization and to have an overall company visibility and also input. Additionally, the dynamics and the level of commitment in a start-up are much more intense and also more rewarding. Lastly, start-ups provide a means to innovate not only in your own way but also in the way of your associates; they are places to strongly relate to people with all kind of backgrounds and typically all is muscle in the organization, there is no fat or politics involved.
When did you figure out that there was a good opportunity for commercial exploitation of this discovery/material?
It is difficult to say. I was working in the nanocomposites area with companies before and was frustrated to see that the existing products were not providing the desired property enhancements and were not satisfactory from a legislation viewpoint. When I realized that, I thought: "Well, the ceramics are not my area of expertise but I am going to start learning and cooperating with experts in this field to become one and to get done what I think needs to be done".
How long was the process from the "idea" to the creation of the company? Can you give me a detailed breakdown (R&D, IP protection, setting up the company…)?
I thought about that more seriously in a very long mountain marathon. 67 km running through the mountains mostly alone, gives you a lot of time to think … So I developed the idea during the race. When I finished the race, I told one of my colleagues, who were ahead of me all the time and who got there earlier: "I have just thought that we ought to start a company to develop tailor made technology for plastic packaging". That was a Sunday, on Monday we started the company.
We developed the IP within the company already, after we got it minimally funded with business angel capital. It was fast because we knew what we wanted to achieve and how to do it based on the previous experience and failures of my research group. We currently have more than 15 parent patents in the company IP portfolio. The first patent application came in very quickly, few months after creation.
The process of IP protection: what restrictions did it place on what you could and could not talk about with colleagues and at conferences?
Well, it imposed a number of drawbacks of course, it changed the way in which my research group was used to work; everything had to be confidential, screened and patented first and then published; but still today we do not describe in some of our papers the full composition or processing that goes with the additives we developed to make nanocomposites. This generates tension sometimes when you have to work with outsiders in joint projects or with other academics with no business interests, but it is mandatory to work in this way, so we carry on the best we can and this has not impeded the development of my academic carrier. I publish every year no less than 10 papers, typically between 10 and 15, in good journals and get invited to conferences all the time. So it is not necessarily an impediment to pursue an academic career.
Where did you turn for funding? If you used venture capital, was it difficult to get funded outside the "traditional" geographical locations of venture capital firms?
I first convinced a group of business angels, then government money for technology startups and later venture capital (3 rounds so far) and bank credit. We have turned to all sources of funding available and got a bit from all.
Before starting this venture, did you want to become an entrepreneur?
Not sure, I guess I had the right mindset but never really thought about it until I went through with it. It was not in my agenda to do this.
How influential was the environment you were in? Are many startups created around your university and CSIC institute? Were there any key facilities/procedures/initiatives at your university that substantially simplified the process of creating a company? Europe is often perceived as tougher terrain for startups, with respect to the United States: do you have any examples to share about when these disadvantages become deal breakers?
It was a nightmare in my institution at first, to the point that we had to start the company outside the University or CSIC system. We did not have support but only trouble on the horizon. Spain was not at the time like other places, where the route from the academia to the start-up was defined or supported. We had to guess and do all the time without even legal certainty. CSIC is even worse than University for this. This has now changed a bit, at least the route for startups is clearer and there are more initiatives, but the paperwork is hefty and speed is still very slow. I agree that Europe is still very tough for the survival of start-ups, the money is scarce especially now. Academics have major conflicts to start companies and dedicate time to them. For instance in Spain, it was not allowed for a government employee to have more than 10% share of his own startup, this has now changed by law, but in actual fact still there are many systemic barriers to small and medium enterprise creation.
What is the main change in mindset that this venture brought to you? What is the most important thing you could not have possibly understood had you not started your own company?
Many things, I have a much broader perspective and understanding now as to how difficult it is to bring a technology from the lab to the market. There are many issues that need to align even with a very good proof of concept in your hands, such as scalability, processing with your customer, quality control, fabrication within cost, legislation and legal barriers, social and perception barriers to adopt new technologies, dealing with yours and others' IP, dealing properly with human resources that have no scientific background, the value of educating customers, how to approach new research with a full angle perspective, how to tackle open innovation if at all viable, how hard is to judge and fire people, relating with your colleagues who are now business associates, etc … The timing required is always much more enormous than anticipated, this is hard learning.
I thought that doing one experiment in the lab and proving the concept in a small extruder was enough to guarantee success, I have now learned how complex trials with customers are, and how difficult it is to standardize a technology to provide the same properties day in and day out. With every customer, it can be very different. I learned about the real life struggles of the plastics industry from the production and commercialization view point. Having worked in plastics industries on the research side does not prepare you for this.
What advice would you give to someone with a good idea who wants to commercialize it? Or, what would you have done differently?
I simply advise them to make sure that they team up with people from the real business world and to learn to be flexible and open minded even if they think they already are. Scientists can very easily be the opposite of business creation. If they plan to become the CEO, they need to do an MBA, otherwise they need to hire and trust a very good CFO and a very good Business Development Director. Put public money and venture capital in your company, it will be difficult that you make serious mistakes in this way, since you are screened all the time. I would have done many things differently, but not the important ones to be honest. The difficult question is always the same: Are you going to drop off your academic career to be full time employee of the company or not. You think about this very carefully. If you are not full time, it can create frustration in a scientist accustomed to have full control, for not being able to tackle the issues with enough dedication or that other people take decisions on your behalf.
How has this changed your interaction with other scientists? (i.e. giving things away for free)
Oh well, it gives you a very new perspective that others do not have about the real value in monetary terms of the research work. It makes you become more cautious when doing joint cooperative work. Of course, cooperating is learning but one must be careful with the core stuff of your company, sharing this can bring problems.
How important do you think being an entrepreneur is, in today's academic world? Do you think departments are more likely to "like" a candidate if s/he has an entrepreneurial background?
I believe it has become very important to make good use of the money you spend in hiring someone who has to carry out applied research projects. Today's funding, whether institutional or industrial, is more focused on projects that bring short and medium term innovation. It is very difficult to get young people with this background but at a higher level of hiring, postdoc or senior level, I believe it provides very good value, unless we are talking about very fundamental work.
In times of funding crunch, do you think this experience gives you an edge?
Yes, it is very valuable. Funding goes for innovation and for creating technologies that can be transferred to the industry and to society. There is an increasing pressure to return good value for money spent in research and an entrepreneur scientist is best qualified for this in my opinion.
Why did you decide to remain an academic scientist, as opposed to dedicate yourself full-time to NanoBioMatters Industries S.L. ?
I answered that already I think; more freedom of action, higher scope in research and academic activities, be part of other initiatives of a different nature. A company enslaves you in some ways, being an academic outsider can give you even more value for the company. You are more exposed to new ideas being in the academic world and that is a motivation for me, continuous learning and collaboration with my peers.
How do you juggle your time between your academic career and your company?
This is very difficult but I have contracts between the company and my research team that justify more dedication, but you have no life aside work basically if you try to tackle both, at least in my case.
For more information, please click here
Copyright © Wiley-VCH Materials Science Journals
If you have a comment, please Contact
Issuers of news releases, not 7th Wave, Inc. or Nanotechnology Now, are solely responsible for the accuracy of the content.
News and information
Sound waves precisely position nanowires June 19th, 2013
Scientists Use Nanotechnology to Increase Thermal Stability of Essential Oils June 19th, 2013
Production of Bioactive Material for Quick Treatment of Bone Damages June 19th, 2013
Nanometrics Announces Participation in 5th Annual CEO Investor Summit: Accredited Investor and Publishing Research Analyst Event to be Held Concurrently With SEMICON West and Intersolar 2013 in San Francisco June 19th, 2013
Dr. Ben J. Lipps designated as Chairman of the Management Board and Chief Executive Officer of Nanostart-holding MagForce AG June 17th, 2013
Long Island Capital Alliance Announces Participants for Biotech Technology Transfer Capital Forum: Event to Be Held on June 14 in Collaboration With Cold Spring Harbor Laboratory June 8th, 2013
CRIXlabs Joins the ROCK Health Incubator: ROCK Health is the world’s leading healthcare incubator looking to make meaningful change through scalable, innovative technology. June 5th, 2013
Glowing Plant Releases Maker Kit, Enabling Anyone to Make a Glowing Plant at Home: Glowing Plant seeks funds via crowdfunding and raises almost $400,000 May 31st, 2013
Working backward: Computer-aided design of zeolite templates: Rice scientists apply drug-design lessons to production of industrial minerals June 17th, 2013
Discover the ‘Nanostructure Advantage’ at ECerS 2013, Booth 5: Innovnano presents nanostructured powders for high performance ceramics June 17th, 2013
Discovery of new material state counterintuitive to laws of physics June 14th, 2013
Ceramics in Paper Manufacturing including Advanced and Nano Materials: Author- Dr. Mahendra Patel, 420 pages; 32 chapters, Publ.2013 June 12th, 2013
Production of Bioactive Material for Quick Treatment of Bone Damages June 19th, 2013
3-D printing could lead to tiny medical implants, electronics, robots, more June 18th, 2013
Pioneering breakthrough of chemical nanoengineering to design drugs controlled by light June 18th, 2013
New Method to Synthesize Zinc Oxide Nanoparticles with High Catalytic Activity June 18th, 2013
Nanoparticle Opens the Door to Clean-Energy Alternatives June 14th, 2013
DRYWIRED™ Receives MILITARY-STANDARD Certifications from QUANTA LABORATORIES for Its Latest Protective Nano-Coating Technology June 5th, 2013
Apple patents point to slimmer battery tech June 1st, 2013
Patent for Coaxial Nanofibre Production: Scientists from Contipro have patented new jet for effective coaxial nanofibers production May 31st, 2013