Accelerating 3D printing bioscience research

Medical research facilities and universities often still rely on traditional methods of discovery in the research of new drugs, understanding diseases, and finding medical ways to help people. Brinter’s modular multi-material 3D bioprinting solution helps to shorten and enhance the productivity of the scientific discovery process and bio-manufacturing. In addition, it is a solution that easily scales as technologies develop.

Brinter aims to remove technology as a limitation to improving quality of life, and seeks to save more lives through more personalised treatment and the production of ‘spare parts’ such as hearts and kidneys. “We are excited to have the backing of Innovestor who can help us accelerate the development of our operational capabilities and scale in new geographies,” said Brinter CEO Tomi Kalpio.

“Bioprinting has the capability to rapidly unlock the opportunities behind long-running but unrealised science and research, and plays a key role in pushing the frontier of medical science. This will result in an improved quality of life for patients through the expansion of more personalised treatment and the ongoing development of bioprinted ‘spare parts’ that can save lives,” he added.

The market is growing strongly as accelerated technological, material, and methodological developments expand the potential applications for 3D-bioprinting. Brinter estimate that it can speed up this scientific development by a factor of up to ten.

“Companies like Brinter are paving the way for 3D bioprinting, revolutionising the future of medicine to the point where a customised heart or kidney can be made for a transplant patient. We are very excited to be a part of Brinter’s journey!” says Wilhelm Lindholm, CEO of Innovestor.

“Brinter is an exciting addition to our portfolio as it not only fits in our focus areas of industrial and health technologies, but the company’s competitive advantages of multi-material printing capabilities, modularity, and scalability combined with their own easy-to-use software application were very convincing,” concluded Lindholm.

Customers of the company include bio and pharmaceutical companies like Nanoform, as well as research organisations like VTT, BEST group at the University of Glasgow, Johannes Gutenberg University of Mainz, the University of Oulu, and the University of Helsinki.

“The printing of a new kidney for a transplant patient from programmed stem cells is a highly promising opportunity and could be realised already within this decade,” estimated Professor of Developmental Biology and Research Director of the Kvantum Institute Seppo Vainio from the University of Oulu. “There is a worldwide need for kidney transplants due to the rising incidence of diabetes, for example. Even the COVID-19 disease can lead to acute kidney failure, so there’s a great need for printed organ transplants and we look forward to the achievements that we will be able to reach using Brinter,” explained Vainio.

“I am extremely excited to continue our 3D brain printing project with Brinter. The brain is an extremely vulnerable organ and target of various incurable diseases with the highest societal impact. Combined with two other rapidly-developing technologies - stem cells and biomaterials - 3D-bioprinting will soon provide us with fine-tuned human mini-brains and brain prosthetics, thereby deepening our understanding of the human mind and our ability to combat serious brain disorders,” commented Jari Koistinaho, Professor of Regenerative Medicine, University of Eastern Finland and Director of Neuroscience Center & Professor of Neuropharmacology at the University of Helsinki.

Brinter has bootstrapped its growth since 2019, when it launched its first product and is currently active in over ten countries, including Germany and the UK.