About us
The nanoshape Story
What began as a research-driven idea to mimic nature’s antimicrobial surfaces has since evolved into a scalable technology platform. Inspired by the nanoscale structures found on dragonfly wings, we developed a method to modify surfaces so that they naturally repel bacteria - without the use of coatings, chemicals, or antibiotics. This biomimetic approach opens up new possibilities for safer, more sustainable, and longer-lasting solutions.
Today, nanoshape stands at the intersection of research and industry. Building on our scientific foundation, we are transforming groundbreaking insights into practical applications. Our goal is to become a key enabler of functional surface technologies across multiple industries - starting with medical implants, where the potential to reduce infections and improve patient outcomes is most urgent.
nanoshape GmbH is a spin-off of the Karlsruhe Institute of Technology (KIT). Since our founding in 2022, our mission has been clear: we want to bring state-of-the-art nanotechnology from the laboratory into practical application.
But our vision extends far beyond healthcare. Surfaces define how components perform, last, and interact with their environment. That is why our technology has applications across industries: in automotive, where optimized surfaces reduce friction and wear; in aerospace, where reliability and precision are critical; in energy, where durability drives efficiency; and in advanced filtration, where tailored surfaces unlock entirely new possibilities.
What sets us apart is our ability to translate pioneering research into robust, scalable, and customizable solutions. We are not just a research team - we are a company driven by real-world impact. Our goal is to empower industries with the tools they need to solve today’s pressing challenges while building a foundation for tomorrow’s innovations.
With a scientific background in materials science and surface engineering, Patrick leads the technological development at nanoshape. His expertise ranges from micro- and nanofabrication to large-scale process design, combining scientific rigor with a strong focus on industrial feasibility. As a former researcher at KIT, he understands the challenges of translating nanotechnology into real-world applications - and turns them into solutions.
The Founders




Dr. Patrick Doll
Chief Technology Officer
Litsy Hüschelrath
Chief Executive Officer
With a passion for innovation and a deep understanding of the medical device industry, Litsy drives the business and strategic direction of nanoshape. Having worked at the intersection of R&D, quality management, and commercialization, she brings a holistic perspective to building a technology company. Her goal: creating real value from science - together with strong partners.
Team
At nanoshape, we believe that innovation happens where diverse expertise meets a shared vision. Our team brings together scientists and material specialists who are passionate about transforming groundbreaking research into real-world solutions.
What unites us is the conviction that surfaces matter - that the smallest details can create the greatest impact. With curiosity, precision, and dedication, we work side by side to develop technologies that make components more reliable, more durable, and more efficient. Collaboration lies at the heart of our work. We value openness, creativity, and a hands-on spirit, knowing that true progress emerges when different perspectives come together. Guided by this approach, we not only push the boundaries of surface technology but also strive to deliver meaningful contributions to industries and society worldwide.
Our Mission
We enable our customers to design better products by unlocking the potential of nanostructured surfaces. Our technology creates new functions directly in the material itself, without traditional coatings, harsh chemicals, or additives.
From medical implants to technical components, we deliver tailored solutions that improve durability, efficiency, and performance. By combining scientific insight with practical implementation, we make surface innovation scalable, reliable, and impactful.
Our Vision
We aim to set a new standard in surface technology, starting with optimized medical implants. By using advanced nanotechnology, we create surfaces that slow down bacterial attachment and growth and improve durability.
Our vision extends beyond healthcare to industries where biofilms, contamination, or surface wear are critical challenges. We strive to reduce implant-associated infections and make nanotechnology a key driver for safer, cleaner, and longer-lasting products across sectors.
Milestones & Achievements
Start of development
Idea conceived and first trials conducted at the Karlsruhe Institute of Technology (KIT)
2015
2022
Company founded
nanoshape GmbH established as a spin-off of Karlsruhe Institute of Technology (KIT)
2019
First patent filed
Foundational patent on the nanostructuring technology submitted under the umbrella of KIT
2021
EXIST research grant
Public funding received to scale up the technology and prepare for commercialization
2024
ISO 13485 certification
Our quality management system was certified for medical device development and manufacturing
In-house lab and cleanroom established
Commissioning of our own laboratory and cleanroom infrastructure for process and pilot system development
Two new patents filed under nanoshape
Further developments led to new IP filings owned by nanoshape
First industrial feasibility studies
Initial pilot projects launched with partners from the medical and industrial sectors
2025
Two additional patents filed
Ongoing innovation resulted in further intellectual property protection





Prizes and Recognition












Top 6 - Science4Life Businessplanwettbewerb 2022
3. Platz beim Businessplanwettbewerb AXOLOTL 2023
Landesfinalist (Top 5) Start-up BW Elevator Pitch 2023
Gewinner des Cyber One Hightech Awards 2024 in der Kategorie Life-Sciences
Gewinner des NEO 2023 Innovationspreises der Technologieregion Karlsruhe
Finalist bei Falling Ventures 2023


