CARDIOLOGY DEVICES
since 1998 I helped to present and develop cardiology elements and devices
At the beginning I was asked to help a friend of mine, Ilan Grunberg from meditema to design and present several solutions to Biosense - later bought by johnson and Johnson
The ideas run from mapping cardiac activity to real time monitoring and transmitting data directly from the human heart.
later on, Prof Simcha Miloh, also recommended by Ilan Grunberg asked me to develop several other devices.
Among those, Mitral valves and a new method of valve replace in minutes instead of hours.
The company, called quickring asked for solutions based on the professors'ideas.
I developed the entire set of solutions, already being developed and tested in animals.
After a long period of work drought, I was asked to develop a set of jigs to create another cardio vascular solution, this time within the aortha.
The idea was to create a deployable net or mesh and prevent embolies to flow to the brain while replacing the aortal valve.
The device works more like a reflecting mesh than a filter.
After gaining some hours of experience I developed for professor Miloh another device, this time to heal the apex of the heart while changing the Mitral valve
Working with Professor miloh allowed me to be much more creative and free myself to improve and develop cardiology elements. He is the mentor behind, I am the designer and the developer.
At the beginning I was asked to help a friend of mine, Ilan Grunberg from meditema to design and present several solutions to Biosense - later bought by johnson and Johnson
The ideas run from mapping cardiac activity to real time monitoring and transmitting data directly from the human heart.
later on, Prof Simcha Miloh, also recommended by Ilan Grunberg asked me to develop several other devices.
Among those, Mitral valves and a new method of valve replace in minutes instead of hours.
The company, called quickring asked for solutions based on the professors'ideas.
I developed the entire set of solutions, already being developed and tested in animals.
After a long period of work drought, I was asked to develop a set of jigs to create another cardio vascular solution, this time within the aortha.
The idea was to create a deployable net or mesh and prevent embolies to flow to the brain while replacing the aortal valve.
The device works more like a reflecting mesh than a filter.
After gaining some hours of experience I developed for professor Miloh another device, this time to heal the apex of the heart while changing the Mitral valve
Working with Professor miloh allowed me to be much more creative and free myself to improve and develop cardiology elements. He is the mentor behind, I am the designer and the developer.