Steakholder Foods 3D bio-prints the world's first cultivated fish fillet

© Shlomi Arbiv

Seafood

UMAMI Bioworks and Steakholder Foods Successfully Scale 3D-Printed Cultivated Fish, Poised to Expand the Seafood Market

Singapore’s UMAMI Bioworks and Israel’s Steakholder Foods have completed a two-year R&D collaboration to develop a scalable process for 3D-printed cultivated fish production, funded by the Singapore-Israel Industrial R&D Foundation (SIIRD). According to the companies, the partnership has “laid the groundwork” for producing structured cultivated fish fillets at scalable volumes using 3D printing technology and customized bio-inks, marking a significant step toward bringing these products to the market. As part …

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Koralo launches a new mycelium and microalgae fish fillet in South Korea

Image courtesy of Koralo

Fermentation

Koralo to Launch New F!sh in More Restaurants in Seoul Following 5,000L Production Milestone

Koralo, a German B2B alternative seafood startup operating a subsidiary in South Korea, announces a milestone in the production of its flagship product called ‘New F!sh’, a mycelium-based fish fillet that debuted in Seoul last December.  According to Koralo, it has successfully scaled its patented co-fermentation biomass process to 5,000 L on existing equipment manufacturers (OEM) with local partners in South Korea. The company’s fermentation process harnesses the nutritional properties …

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Coral's fish fillet on a plate

© Koralo

Fermentation

Koralo Debuts With ‘New F!sh’, South Korea’s First Microalgae & Mycelium-Based Fish Fillet

Koralo, a German fermentation startup developing alt seafood in South Korea, has introduced its first product, New F!sh, in collaboration with partner restaurants Stylevegan and Monks Butcher in Seoul. The startup claims that New F!sh is the first of its kind fish fillet in the South Korean alternative seafood category. Koralo creates innovative clean-label seafood alternatives using microalgae and mycelium in a co-fermentation process. The company’s approach captures the oceanʼs nutrition by feeding …

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