Neuroelectrics

Neuroelectrics® is a digital brain health company that innovates at the intersection of neuroscience, physics, machine learning, and hardware. We have developed wireless EEG and tDCS/tACS/tRNS stimulation devices with up to 32 channels, amongst other products encompassing software and research services, with the purpose of monitoring and enhancing brain health.

MiWEndo

MiWEndo Solutions is developing MiWEndo, a medical device that integrates microwave technology with colonoscopy in order to improve the prevention, diagnosis and knowledge of colorectal cancer.MiWEndo automates the detection of polyps by emitting an alarm when a polyp is detected, increases the field of vision to 360º and provides a quantitative classification of the tissue […]

Innitius

INNITIUS is a Spanish Startup focused on Enhancing Diagnostics for Women’s Health. The company develops medical devices (Hardware + Software) which combines a novel technology (Torsional Waves) with Artificial Intelligence for the diagnosis of pathologies with an associated change in a woman’s cervical tissue consistency.

Healium Medical

Healium Medical is focused on advancing atrial fibrillation treatment with an innovative no-contact guided ablation technology allowing simultenuous tissue ablation and lesion monitoring.The company operates out of Alon Medtech Ventures (http://www.alon-medtech.com) in Yokneam, Israel, and have demonstrated its proof-of-concept in an animal model.

Epios

Epios develops long-term and minimally invasive brain monitoring and therapeutics for personalized management of neuro-disorders, such as epilepsy. 

Aortyx

Aortyx is a pioneer company focused on developing new medical devices for vascular repair. Their first product is a bioabsorbable patch to treat aortic dissections.

Acorai

Acorai is developing a device for heart failure management through non-invasive intracardiac pressure monitoring (ICPM), to help reduce hospitalizations and readmissions. Our product, The Acorai Heart Monitor, can monitor mean pulmonary artery pressure (mPAP) non-invasively through a machine learning analysis of pressure dynamics in acoustics, vibratory and waveform data. Our technology show compelling precision, has […]