Biomimikryn

Biomimikryn is a Swedish technology company that develops and supplies biomimetic antimicrobial surface coatings for use on high‑touch environments. The coatings are based on nano‑patterned surfaces that mimic naturally occurring anti‑fouling features found in nature, such as the intricate wing structure of cicadas or the lotus leaf. By recreating these patterns on synthetic materials, the coating creates a surface that reduces bacterial adhesion and inhibits microbial growth without relying on chemical biocides or antimicrobial agents.

The company was founded in 2018 by engineers and materials scientists with experience in nanotechnology and microbiology. Biomimikryn’s research draws on interdisciplinary studies combining microbiology, physics, and surface science to understand how micro‑ and nano‑scale topographies affect bacterial attachment. Early prototypes were tested on standard laboratory media and showed a 99% reduction in viable bacterial colonies compared with untreated controls.

Applications of Biomimikryn coatings span healthcare, food‑processing, and transportation sectors. In hospitals, the coating can be applied to doorknobs, bed rails, and medical equipment to lower the risk of hospital‑acquired infections. Food‑processing plants use the technology on conveyor belts and storage surfaces to reduce contamination. In the transportation sector, the paint is used on buses and trains to curb the spread of pathogens on seats and handrails.

The product line carries CE marketing authorisation in the European Union and is currently undergoing clinical trials in collaboration with several German and Swedish hospitals. Biomimikryn holds a portfolio of patents related to the manufacturing process and micro‑pattern design. Independent studies report that the coatings maintain their antimicrobial efficacy for more than 12 months under routine cleaning protocols.