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SWAT Medical is focusing on developing a Medical Device that will provide full cerebral protection as well as significantly improve the precision in conjunction with Transcatheter Aortic Valve Implantations (TAVI).
The SWAT® Technology was initially developed by Anders Jönsson, MD, PhD, specialised in Thoracic Surgery and Interventional Cardiology.
The Swat Medical team consist of seasoned entrepreneurs and specialists with expertise in product development, regulatory and clinical affairs, scientific work, business strategy as well as IPR. We are based in Sweden and have partners elsewhere in Europe.
SWAT Services
We at SWAT provide advisory services, medical research services and development services for medical devices, and instruments.
Our particular specialties of such services include advice regarding surgical apparatus and instruments and medical devices.
We have particular experience with catheters and vascular introducers for entering the vascular system of a patient. Inquiries regarding to our services relating to introducers for implanting medical devices are welcome..
Our services include advice regarding development strategy, regulatory approval, financing of such medical services and instruments.
Our team of consultants has particular knowledge about vascular and cardiovascular devices.
We can assist with strategic advice related to stroke preventive medical devices.
SWAT works globally, including the United States of America.
We work for instance with cardiovascular embolic protection devices.
For example, SWAT has experience with embolic protection devices for positioning in the aortic arch for preventing particles entering the carotid arteries.
Our experience includes advisory services for vascular filters, in particular for positioning in the aortic arch for preventing particles entering the carotid arteries, and vascular deflectors, in particular for positioning in the aortic arch for preventing particles entering the carotid arteries, in particular for positioning in the aortic arch for preventing particles entering the carotid arteries, and relating to vascular devices for preventing debris entering carotid arteries of a subject.