Neuranics Raises $8M to Revolutionise Magnetic Sensing for the Future of Human-Machine Interaction

Irish-led Neuranics bags $8m for its 'human-machine interface'

The Glasgow-based start-up is the first-ever joint spin-out from the University of Glasgow and the University of Edinburgh. Read more: Irish-led Neuranics bags $8m for its ‘human-machine interface’

Neuranics Raises $8M to Revolutionise Magnetic Sensing for the Future of Human-Machine Interaction

GLASGOW, Scotland--(BUSINESS WIRE)--Apr 9, 2025-

Neuranics raises $8M for touchless magnetic sensing technology

Neuranics, a Scottish deep-tech semiconductor company, has secured $8 million in seed funding for its magnetic sensing technology. Blackfinch Ventures led the round, with participation from Archangels, Old College Capital, the University of Glasgow, Par Equity and the University of Edinburgh's venture investment fund.  WHAT IT DOES Neuranics offers ultra-sensitive, low-power magnetic sensing technology that detects tiny signals from the human bo…

Neuranics secures $8m for TMR magnetic sensing technology growth

Neuranics has secured $8m in seed funding to expedite growth and commercial adoption of the TMR magnetic sensing technology.The post Neuranics secures $8m for TMR magnetic sensing technology growth appeared first on Medical Device Network.

Neuranics raises funds for magnetic sensing in human-machine interaction

Funding to advance TMR magnetic sensing technology for emerging markets such as XR, wearables, and digital health. The post Neuranics raises funds for magnetic sensing in human-machine interaction appeared first on eeNews Europe.

Neuranics Raises $8M in Seed Funding

Neuranics, a Glasgow, Scotland, UK-based deep-tech semiconductor company providing human-machine interactions, raised $8M in seed funding. The round was led by Blackfinch Ventures, with participation from Archangels, Par Equity, the University of Glasgow, and Old College Capital. The company intends to use the funds to accelerate global growth and the commercial adoption of its Tunnelling Magnetoresistance (TMR) magnetic […] The post Neuranics R…