The Bolt provides convenient and affordable access to molecular binding analytics
Cambridge/Zurich, April 20, 2021 – University of Cambridge spin-out company HexagonFab today announces a £1.9 million (USD 2.6 million) seed funding round, led by Cambridge Enterprise, joined by Parkwalk, New Grounds VC, Silicon Valley based R42 Group, Swiss Health Angels and several private investors.
High costs and risk of failure limit the discovery and development of next-generation biopharmaceuticals. HexagonFab aims to change this by giving scientists, researchers, and drug manufacturers better analytical tools.HexagonFab’s analytical lab instruments are convenient, accessible, and affordable. Eliminating risk, delays, and costly mistakes in the discovery and production stages allows researchers to develop novel medicine for small patient populations and bring them to the market substantially faster and with fewer errors.
Focusing on simplifying the biomolecular interaction analysis of proteins and small molecules for pharma research and manufacturing, HexagonFab will launch its first product, the Bolt—an affordable and convenient handheld device for simple on-site protein, antibody, and small molecule affinity and kinetic analysis using only electrical detection.
“Many researchers would like to get molecular binding data more conveniently and more frequently to guide them through a drug development project. HexagonFab aims to address this need with the Bolt. This investment will enable us to bring our game-changing product to the market. We look forward to the months ahead working closely with our lead customers,” said Christoph von Bieberstein, Founder and Commercial Director of HexagonFab.
Powered by a graphene-based semiconductor sensor, the Bolt can detect proteins, antibodies, and small molecules down to a low nanomolar concentration, irrespective of their molecular weight or size. The Bolt can rapidly generate data on critical parameters during the R&D and production of biopharmaceuticals. It does not require installation.
The Bolt allows scientists and researchers in drug discovery and plant managers or quality control staff in pharmaceutical manufacturing facilities to perform the necessary tests on-site. With a real-time signal enabling the observation of binding events and measurement of binding affinity, the results are available in hours instead of days.
“Our goal is to give researchers and production teams involved in the development of novel medicines faster and easier ways to understand the behaviour of the compounds. HexagonFab’s technology will accelerate the drug development process, leading to better and safer drugs in the future,” said Ruizhi Wang, Founder and Engineering Director of HexagonFab, who is leading the development of the Bolt.
“We are delighted to back HexagonFab and its new product, the Bolt. The technology will be used in the development of new biopharmaceuticals, which should ultimately lead to patient benefit.” said Christine Martin, Acting Head of Seed Funds, CambridgeEnterprise.
Proceeds from the seed funding round will allow the company to grow its team, complete the development of the Bolt, and launch it in the market.
HexagonFab has developed a novel approach for drug discovery and production process monitoring in the biopharmaceutical industry. Its mission is to enable anyone to unlock the secrets of proteins and their interactions, thereby helping researchers develop the medicine of the future, find the best ways to produce novel biomolecules, and assure that medicine is always safe and efficacious.
For more information, visit https://www.hexagonfab.com
Part of the University of Cambridge, Cambridge Enterprise supports academics, researchers, staff and students in achieving knowledge transfer and research impact. We do this by helping innovators, experts and entrepreneurs use commercial avenues to develop their ideas and expertise for the benefit of society, the economy, themselves and the University.
Liaising with organisations both locally and globally, we offer expert advice and support in commercialisation and social enterprise, including help with academic consultancy services, the protection, development and licensing of ideas, new company and social enterprise creation, and seed funding.
For more information, please visit: www.enterprise.cam.ac.uk
Person: Christoph v. Bieberstein