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Robot maker · early
Vexev
VxWave is a robotic tomographic ultrasound platform combining robotics, AI and ultrasound to automate vascular image acquisition, initially for dialysis vascular access monitoring. In clinical trials non-specialist staff achieved a 94 percent autonomous acquisition success rate. Pursuing FDA 510(k) clearance; multi-site study with U.S. Renal Care clinics, so no commercial deployment yet.
HeadquartersSydney, AU
Founded2018
Corporate funding$19M
TeamNot listed
Deployments1
Open roles0
01
Company overview
Identity and operating footprint
Company typeRobot maker
Market segmentCorporate
StageSeed extension
FoundersJohn Carroll (Co-founder and CEO), Eamonn Colley (Co-founder)
Regions servedAU, US
Countries deployedNot listed
Service footprintNot listed
Last reviewed2026-10-13
LinkedInView profile
XNot listed
MX
Robot models
Specifications remain vendor-claimed
Machinemedical
VxWave
- 94% success rate for autonomous imaging acquisition by non-specialist clinical staff in clinical trials
Autonomous acquisition success rate
Claim source
DP
Deployment log
Announced and cited only
CA
Funding history
Publicly announced rounds
Seed extension
TreeArc Investment Group, TEN13, Bioshore Ventures, Blackbird Ventures
Round sourceSeed-1
Neotribe Ventures, Blackbird Ventures
Round sourceInvestors on recordBlackbird VenturesNeotribe VenturesStartmateHorizonTreeArc Investment GroupTEN13
TL
Company timeline
Milestones and announcements
2026-08-06Raises $6M to pursue FDA 510(k) clearance and U.S. commercialization of VxWavePR Newswire
2026-08-06Vexev raises $6M for robotic ultrasound ↗MassDevice
SC
Source ledger
3 unique public sources
01
Vexev raises $6M to accelerate U.S. commercialization of autonomous vascular imaging platformPR Newswire · retrieved 2026-10-13
02HSF advises Vexev on its USD$6 million Seed-1 capital raising led by Neotribe Ventures and Blackbird VenturesHerbert Smith Freehills via Mirage News · retrieved 2026-10-13
03Vexev and U.S. Renal Care complete enrollment in CANSCAN trialAAP / Cision · retrieved 2026-10-13