- Business
- Fluicell AB (publ) operates as a life science company focused on high-precision bioprinting, single-cell biology solutions, and tissue engineering platforms for regenerative medicine and drug development. The company offers core research instruments including BIOPEN, a microfluidic platform for high-precision single-cell solution delivery and microenvironment control; Biozone 6 for generating dose-response curves and studying multiple drug compounds; Dynaflow Resolve, an ion channel screening platform for patch-clamp recordings; Biopixlar, a 3D single-cell bioprinting system enabling high cell viability and cell-to-cell communication; and Biopixlar AER, an easy-to-use 3D bioprinting platform suited for fume hoods or biosafety cabinets; alongside accessory and consumable products for bioprinting and single-cell applications. Its Nexocyte platform drives universal tissue production, supporting transplantable tissues for conditions such as type 1 diabetes, cardiac toxicity screening, kidney disease models, and other metabolic, pulmonary, and cardiovascular diseases, with a primary pipeline emphasis on engineered pancreatic islets for type 1 diabetes therapeutics featuring immune protection, controlled composition, and dual insulin-glucagon secretion.
Fluicell AB (publ) serves pharmaceutical companies, medical research institutions, and scientists worldwide, primarily targeting drug screening, regenerative medicine, and therapeutic development in oncology, cardiology, nephrology, and endocrinology. The company maintains global operations with a focus on Europe and North America partnerships. Founded in 2012 as a spin-off from Chalmers University of Technology and headquartered in Biotech-Huset, Arvid Wallgrens Backe 20, Gothenburg (Mölndal area), Sweden, it trades on the Spotlight Stock Market under ticker FLUI.ST.
In recent developments, Fluicell entered an exclusive global license and development agreement with Ambusol AB in September 2025 for cancer treatment technology, incorporating the Nexocyte microflow platform and a new catheter adaptation, potentially yielding up to SEK 142 million in upfront, license, and milestone payments across five cancer indications plus royalties. In August 2025, the company secured funding from Breakthrough T1D to collaborate with a leading medical university on tissue-based type 1 diabetes therapeutics. Additional advancements include November 2025 research on a bioengineering toolbox for cancer interception and September 2025 publication of a new single-cell spatial transcriptomic profiling method for engineered tissues.