Cellevate

Cellevate

Lund, Sweden· Est.
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Private Company

Total funding raised: $2M

Overview

Cellevate is a privately held biotech company based in Lund, Sweden, founded in 2015 as a spin-out from Lund University. The company has developed the Cellevat3d® platform, a proprietary, cellulose-based nanofiber technology that serves as a microcarrier for high-density cell culture in bioreactors. Its primary value proposition is driving >10-fold increases in viral vaccine and vector yields while offering scalability, sustainability, and process simplification. Cellevate is ISO 9001:2015 certified, employs GMP processes, and is transitioning from R&D to early commercialization with its first products for viral vaccine and lentiviral vector production.

Cell TherapyRegenerative Medicine

Technology Platform

Cellevat3d®: A proprietary, cellulose-based nanofiber microcarrier platform for high-density 3D cell culture in bioreactors. It is designed to significantly increase yield in viral vector and vaccine production, is biodegradable, scalable, and integrates into standard stirred-tank bioreactors.

Funding History

2
Total raised:$2M
Seed$1.5M
Grant$500K

Opportunities

The massive growth in cell and gene therapies and the demand for rapid vaccine manufacturing create a urgent need for higher-yield, lower-cost bioprocessing technologies.
The industry's shift towards sustainability also favors Cellevate's biodegradable, plastic-free platform over traditional microcarriers.

Risk Factors

Primary risks include slow adoption by a conservative industry reliant on validated processes, potential technical challenges at ultimate commercial scale, and competition from large, established bioprocessing suppliers with significant resources and customer relationships.

Competitive Landscape

Cellevate competes with established suppliers of microcarriers and cell culture substrates, such as Cytiva (Cytodex), Corning, Sartorius, and Thermo Fisher Scientific. Its key differentiators are the nanofiber structure for higher cell density, the biodegradable cellulose material, and the claimed order-of-magnitude yield improvements.