Vessel Approximators

SURTEX® Aplicador de Clips Biemer es un instrumento tipo pinza que permite posicionar los Clips Vasculares de Biemer en arterias o venas pequeñas, a fin de controlar la hemostasia y favorecer los procedimientos de anastomosis.

SURTEX® Aproximador de Acland es un instrumento especializado que permite ocluir dos puntos de un vaso sanguíneo para aislar una lesión, seccionar la porción y aproximar los cabos para ejecutar la anastomosis.

SURTEX® Biemer Vessel Clip is a specialized device that cardiovascular surgeons use to locally cut the blood flow of an artery or vein, in order to control hemostasis during vascular surgical procedures.

SURTEX® Clip Vascular de Biemer es un instrumento accesorio que permite el bloqueo de la circulación local de una arteria o vena, a fin de controlar la hemostasia en procedimientos de anastomosis.

SURTEX® Micro Vessel Approximator is a specialized device that cardiovascular surgeons can use to stop the blood flow in the severed ends of vessels, in order to control haemostasis during microvascular surgery.

SURTEX® Micro Vessel Approximator is a specialized device that cardiovascular surgeons can use to stop the blood flow in the severed ends of vessels, in order to control haemostasis during microvascular surgery.

SURTEX® Micro Vessel Clamp is a specialized device that cardiovascular surgeons commonly use to statically hold and block the blood flow in the severed ends of blood vessels, in order to avoid blood loss during surgery.

SURTEX® Micro Vessel Clamp is a specialized device that cardiovascular surgeons commonly use to statically hold and block the blood flow in the severed ends of blood vessels, in order to avoid blood loss during surgery.

SURTEX® Micropinza de Acland es una herramienta especializada que permite sujetar y bloquear el flujo sanguíneo en la porción de un vaso, en función de repararla, seccionarla y anastomosarla.

SURTEX® Mini Vessel Clip is a specialized device that cardiovascular surgeons frequently use to enclose and clamp arteries and veins, in order to stop the blood flow in the targeted anatomical area.