Wood has been one of humanity’s most essential materials for thousands of years, forming the backbone of industries ranging from construction and furniture manufacturing to packaging and consumer products. Yet despite centuries of technological progress, the process used to produce wood remains largely unchanged: trees are grown over decades, harvested, cut down, and then shaped into usable materials. As concerns around deforestation, resource efficiency, and climate change continue to grow, a new generation of biotechnology companies is exploring alternative ways to produce natural materials. Among them is New Dawn Bio, a deeptech startup that believes the future of wood production may not require forests at all.
The company has announced the closing of an oversubscribed €2.1 million pre seed funding round led by CapitalT. Additional participation came from Norrsken Evolve, Ontdekkers Group, and several angel investors, including entrepreneur Jelle Prins.
The newly raised capital will support technology development, team expansion, and efforts to bring the company’s cultured wood products closer to commercialisation.
Reinventing How Wood Is Made
Founded in 2024 by Tom Clement and Kianti Figler, New Dawn Bio is developing what it describes as the world’s first cultured wood platform.
Instead of relying on conventional forestry, the company harvests stem cells from trees and multiplies them within controlled bioreactor environments. These cells are then guided through a carefully designed growth process that enables them to develop directly into wood structures.
Unlike traditional timber production, where trees must be grown, harvested, processed, and cut into specific shapes, New Dawn Bio aims to grow wood directly into its intended final form.
According to the company, this approach could dramatically accelerate production timelines while reducing resource consumption.
Eliminating the Need for Logging
One of the key objectives behind the technology is reducing dependence on logging and large scale forest harvesting.
Traditional timber production requires decades of tree growth before materials become available for use. New Dawn Bio claims its cultivation process can produce wood up to 10,000 times faster than conventional forestry methods.
By removing the need to harvest mature trees, the company believes its technology can help reduce pressure on natural forests while creating a more sustainable and predictable supply chain for wood products.
This approach could be particularly valuable as global demand for timber continues to increase alongside population growth and urban development.
Addressing Environmental Challenges
The company sees significant environmental potential in cultured wood production.
Each year, millions of hectares of forest are lost globally, contributing to biodiversity loss, ecosystem degradation, and carbon emissions.
New Dawn Bio believes its technology could play a role in reducing the environmental impact associated with traditional timber harvesting.
Beyond preserving forests, the company estimates its approach could help avoid substantial carbon emissions by replacing conventional production processes with a more controlled and efficient manufacturing model.
The ability to grow wood directly into desired shapes also reduces material waste generated during cutting, milling, and shaping operations.
Combining Biology, Engineering, and AI
At the heart of New Dawn Bio’s platform is an interdisciplinary approach that combines advances in cell biology, materials science, engineering, and artificial intelligence.
The company is developing methods to cultivate living plant cells into functional wood structures while also exploring ways to tune material properties for specific applications.
Artificial intelligence is being used to accelerate research and development efforts, helping optimise growth conditions and improve production efficiency.
This combination of biological manufacturing and advanced computational tools forms the foundation of the company’s long term strategy.
Scaling the Future of Sustainable Materials
The newly secured funding will support the next stage of New Dawn Bio’s development as it works toward scaling its cultured wood technology.
The company plans to further advance its scientific platform, strengthen its multidisciplinary team, and continue refining its production capabilities.
As industries increasingly search for sustainable alternatives to resource intensive materials, New Dawn Bio is positioning itself at the intersection of biotechnology and manufacturing innovation.
By rethinking one of humanity’s oldest materials through modern science, the startup hopes to create a future where wood can be grown efficiently, sustainably, and precisely where it is needed, without relying on traditional logging practices.
