From lab to product, from research to industry: a studio for nanotechnology and advanced materials innovation.
Turning nanotechnology knowledge into applied solutions, industrial technologies and products ready for development
Nano Innovation Studio is a specialized studio in applied nanotechnology, advanced materials development and industrial innovation. It works to build an effective link between scientific knowledge, the technical needs of industry and business opportunities.
We aim to turn knowledge and research, beyond academic settings, into solutions that answer real industrial problems, improve the technical capabilities of products and open the way for new technologies.
Our work focuses on identifying the problem, assessing scientific and technical feasibility, designing solutions, research and development, prototyping, and reviewing paths for technology development and commercialization.
Many scientific ideas and research results have the potential to become industrial products and solutions. But moving from knowledge and research to technology development, testing, production and market entry requires different skills and processes.
At the same time, industries need solutions to their technical problems that are designed for real production conditions, performance requirements and operational constraints. Nano Innovation Studio works at the meeting point of these two needs.
Our work can start with developing a formulation or an advanced material and continue to prototyping, performance evaluation, designing an industrial development path and assessing commercialization potential.
At Nano Innovation Studio, technology is not the end point of research; it is a tool for creating technical, industrial and economic value.
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Many of our projects start with a specific problem: from the performance limits of materials and the need for a new product to technical challenges in industrial processes.
Instead of proposing a technology just because it is new, we first understand the problem and then assess whether technological solutions can be used.
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Scientific knowledge becomes applied technology when it can be presented as a solution that can be reviewed, tested and developed.
In our projects, we connect scientific fundamentals, engineering requirements, evaluation criteria and end-use conditions.
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Technology development is not limited to research or producing a lab sample. Reproducibility of results, product performance, scalability, development costs and market requirements must also be considered.
Our approach is to consider these aspects from the early stages of defining a project.
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Many complex industrial problems cannot be solved with a single specialty. Developing new solutions may require collaboration between nanotechnology, materials engineering, chemistry, product design, industrial processes and business.
Based on each project's needs, the studio defines a path for collaboration with relevant experts and scientific and industrial organizations.
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Besides scientific feasibility, a technology must also be assessed in terms of application, development cost, market need and the path to use.
In product development and commercialization projects, economic value and the real usability of results are part of the decision-making process.
01
Exploring and developing nanotechnology applications in materials, products and industrial processes, based on project needs and available scientific and technical evidence.
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Studying, designing and developing new materials, nanocomposites, coatings and specialized formulations to achieve the required performance properties.
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Defining and running R&D projects, studying technical problems, designing experiments, evaluating solutions and developing prototypes.
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Identifying the technical challenges of industries and assessing the potential of new technologies to improve the performance of materials, products and industrial processes.
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Reviewing the path from technical know-how to product, assessing technology readiness, planning product development and identifying market entry requirements.
We see technology development as a step-by-step process that must move forward based on evidence, real needs and clear goals.
01
The industrial need, initial idea or product development goal is defined. Available technical information and project constraints are reviewed.
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Existing knowledge, related technologies, possible solutions and technical barriers are identified to assess the project's initial feasibility.
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Based on the findings, the development path, test methods, required resources and evaluation criteria are defined.
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Research and engineering activities are carried out to fit the project: from developing materials and refining formulations to testing and building prototypes.
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The performance of the developed solution is reviewed against the defined technical criteria, and the development plan is adjusted if needed.
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Based on the results, paths such as further development, testing in industrial conditions, scale-up or a commercialization review are defined.
Not every project needs all of these stages. The structure of each collaboration is designed to match its goal, technology readiness level and agreed scope.
Nano Innovation Studio works with organizations that want to develop technology, solve technical problems or turn knowledge into applied products and solutions.
To study technical problems, develop new materials and products and run R&D projects.
To design and run technology projects, develop new solutions and assess the use of advanced technologies.
To explore how research results can be applied and to connect scientific knowledge with industry needs.
To assess the technology development path, build prototypes and review the technical requirements of the next stages.
To assess development potential, technology readiness and the possibility of creating economic value from products and know-how.
Our vision is to become one of the most trusted and influential organizations in applied nanotechnology and industrial innovation in Iran: an organization that eases the path from scientific knowledge to usable technology and helps develop technology solutions that fit industry needs.
We see the gradual growth of our R&D capabilities, wider scientific and industrial collaboration and a move toward deep technologies as part of our long-term path.
Our mission is to build an effective link between nanotechnology knowledge, engineering and market needs by designing and running R&D projects, developing advanced materials and products, solving industrial problems and reviewing technology commercialization paths.
Our goal is to help turn scientific capabilities into solutions that can be technically evaluated and, depending on the project, open the way for industrial use and economic value.
✓Scientific rigor: decisions based on reliable knowledge, evidence and technical evaluation.
✓Problem focus: starting technology development by understanding the need and defining the problem correctly.
✓Practicality: attention to the usability, testing and development of solutions in real conditions.
✓Transparency: clearly stating capabilities, limitations, results and technical uncertainties.
✓Expert collaboration: using interdisciplinary capabilities to study and solve complex problems.
✓Economic view: attention to development cost, practical value and the path to using the technology.
CEO and Founder of F.O.N
Nanotechnology Researcher | Chemical Engineering | R&D
2022
Peer-reviewed paper in Chemical Papers
M.Sc.
Nanotechnology – Nanomaterials
F.O.N
Founder
Nanotechnology researcher with an academic background in nanomaterials and chemical engineering. Research specialties include green synthesis, core–shell nanoparticles, materials characterization and nanomaterial-based colorimetric sensors.
Research experience in the green synthesis of ZnO@ZnS core–shell nanoparticles using plant extracts and their use in detecting lead and iron ions in aqueous solutions. Author of a peer-reviewed scientific paper published in Chemical Papers in 2022.
Other professional experience includes laboratory analysis, chemical engineering, quality control, recycling-related projects and science education. As the founder of F.O.N, she focuses on linking scientific knowledge with practical applications through R&D, technical problem solving and specialized nanotechnology services.
If you face a technical challenge in your industry, plan to develop a new material or product, or want to explore how a scientific idea can be applied, you can share your problem or need with Nano Innovation Studio.
After receiving the initial information, we will assess the possibility of a technical review, identify any further needs and suggest a suitable collaboration path.
Nano Innovation Studio: from lab to product, from research to industry
