Draft:Grundium

Company from Finland From Wikipedia, the free encyclopedia

Grundium Oy is a Finnish company based in Tampere that manufactures microscope slide scanners used for digital pathology and whole-slide imaging.[1][2]

  • Comment: Routine business reporting and primary sources do not establish notability per WP:NCORP. DoubleGrazing (talk) 09:38, 23 February 2026 (UTC)



Company typePrivate
IndustryDigital pathology; medical devices
Founded2015
FoundersMika Kuisma, Janne Haavisto, Kimmo Alanen
Quick facts Company type, Industry ...
Grundium Oy
Company typePrivate
IndustryDigital pathology; medical devices
Founded2015
FoundersMika Kuisma, Janne Haavisto, Kimmo Alanen
HeadquartersTampere, Finland
ProductsOcus series
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The company's slide scanners are marketed under the Ocus name.[3]

History

Grundium was founded in 2015 by Mika Kuisma, Janne Haavisto and Kimmo Alanen, who previously worked in mobile imaging and related technology development.[4]

In 2017, Grundium raised €2 million in funding, reported in the European technology press, to support commercialisation of its portable digital microscope scanner.[5]

From July 2018 to June 2020, Grundium coordinated an EU Horizon 2020 project titled GRUNDIUM (grant agreement ID 822227).[6]

A 2023 feature article reported that the company had expanded sales internationally, with approximately half of products sold in the United States, and that turnover had grown to €44 million in the prior year.[7]

Products and use

Grundium's Ocus series is described in peer-reviewed literature as a portable whole-slide imaging device with network connectivity that enables remote access workflows.[8]

In peer-reviewed validation work on frozen section diagnosis workflows, the Grundium Ocus system was reported as clinically validated and feasible for digitising frozen section slides in a routine workflow setting.[9]

In the context of EU-funded research coverage on portable microscopy, Horizon Magazine described Grundium’s approach as producing digital images from repeated scans with coloured light for remote specialist review, and reported a pilot use case in rural Kenya where images were shared online for review by a pathologist in Helsinki.[10]

See also

References

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