Editing Cimon Medical

{{DISPLAYTITLE:Cimon Medical}}
{{Infobox company
| name = Cimon Medical AS
| org_number = 923156445
| founded = 2019-06-20
| employees = 9
| address = Norway
| industry = 26.600 – Manufacturing of radiation apparatus
| website = Not publicly listed
| nht_category = Startup
| description = Cimon Medical develops the NeoDoppler and ResQDoppler systems — ultrasound-based blood flow measurement devices. NeoDoppler provides direct continuous measurement of brain blood flow in neonates (newborns). ResQDoppler appears to be an emergency/resuscitation-focused Doppler device. Addresses a critical clinical gap: no direct continuous brain blood flow measurement currently exists despite clear clinical need.
| notes = No disclosed revenue or funding. 9 employees. Novel technology addressing an acknowledged clinical gap.
| related_companies = [[BabySensor]], [[Anue]], [[ExAC]], [[Respinor]], [[Cardiaccs]], [[Norway Health Tech]]
| categories = Norway Health Tech, Startups, Medical Devices, Neonatal Care, Diagnostics
| sources = https://cimonmedical.com; https://data.brreg.no/enhetsregisteret/api/enheter/923156445
}}

== About ==

Cimon Medical AS is a Norwegian medical device company developing ultrasound-based blood flow measurement systems for clinical use. The company was founded in 2019 and has 9 employees.

== Products ==

=== NeoDoppler ===

NeoDoppler is a system designed for direct continuous measurement of brain blood flow in newborn infants (neonates). The company notes that there is currently no direct continuous measurement of brain blood flow available despite an undeniable clinical need worldwide. This represents a significant innovation in neonatal intensive care monitoring.

=== ResQDoppler ===

ResQDoppler appears to be an emergency and resuscitation-focused Doppler ultrasound device.

== Clinical Need ==

According to Cimon Medical's website, there is currently no method for direct continuous measurement of brain blood flow, despite the clinical importance of this parameter — particularly in neonatal intensive care, where cerebral blood flow disturbances can lead to brain injury.

== References ==
<references/>

[[Category:Norway Health Tech]]
[[Category:Startups]]
[[Category:Medical Devices]]
[[Category:Neonatal Care]]
[[Category:Diagnostics]]