Abstract: A suction and aspiration collection device may be provided by collection device, comprising: a fluid collector, having a first translucent wall defining an opening in a first plane; a lid, configured to selectively interface with the fluid collector to seal the opening and define a fluid containment region, the lid defining a first through-hole substantially parallel to the first plane; and a solids filter having a second translucent wall defining a plurality of fluid outlets and configured to selectively interface with the first through-hole to dispose the plurality of fluid outlets within the fluid containment region.

Abstract: An implant detachment system is described which utilizes a catheter utilizing an LC or tank circuit with an inductor and capacitor. The catheter electrically interacts with an implant delivered through the catheter to detach the implant.

Abstract: An implant detachment system is described which utilizes a catheter utilizing an LC or tank circuit with an inductor and capacitor. The catheter electrically interacts with an implant delivered through the catheter to detach the implant.

Abstract: Aspiration thrombectomy devices and methods wherein an aspiration cycle includes a positive displacement segment to facilitate clot removal, a pump cartridge to facilitate tube management and an aspiration device for providing a vacuum surge. Disclosed herein is an aspiration thrombectomy system which relies on air or inert gas, rather than liquid, to provide both static and dynamic suction level profiles for safely and efficiently retrieving and removing from the body a thrombus. In one example embodiment, two or more pressure sources may be configured to apply two or more suction levels to an aspiration catheter. Valves may connect conduits between the pressure sources and the aspiration catheter, with the valves being selectively opened or closed to control which pressure level is applied to the catheter.

Abstract: The present disclosure relates to medical devices including occlusion devices, clot retrieval systems, and stents. More particularly, the medical devices described herein measure characteristics for intravascular treatment sites. The medical devices may include pressure sensors and/or length sensors that may be used to determine the effectiveness of the medical devices during or after treatment. These sensors may be particularly helpful when used on an occlusion device or a clot removal device.

Abstract: Embolic coils with detachable segments that are separated by detachment capsules that are thermolytically degradable such that varying lengths of coil may be implanted into a vascular malformation to occlude same. The capsules are radiotransparent when compared to the adjoining coil segments to the location of the segments is easily seen. The capsules further include protruding electrical contacts that make positive contact with terminals on a delivery catheter. The terminals on the delivery catheter serve as markers so the relationship between the detachment capsules and the terminals is easily visible under x-ray.

Abstract: The present disclosure relates to medical devices including occlusion devices, clot retrieval systems, and stents. More particularly, the medical devices described herein measure characteristics for intravascular treatment sites. The medical devices may include pressure sensors and/or length sensors that may be used to determine the effectiveness of the medical devices during or after treatment. These sensors may be particularly helpful when used on an occlusion device or a clot removal device.

Abstract: A shunt system used to treat excess cerebrospinal fluid (CSF) accumulation is described. In some embodiments, the system utilizes various mechanical, electrical, or electromechanical concepts designed to either clean a portion of the shunt system, or customize CSF drainage.

Abstract: Embolic coils with detachable segments that are separated by detachment capsules that are thermolytically degradable such that varying lengths of coil may be implanted into a vascular malformation to occlude same. The capsules are radiotransparent when compared to the adjoining coil segments to the location of the segments is easily seen. The capsules further include protruding electrical contacts that make positive contact with terminals on a delivery catheter. The terminals on the delivery catheter serve as markers so the relationship between the detachment capsules and the terminals is easily visible under x-ray.

Abstract: A shunt system used to treat excess cerebrospinal fluid (CSF) accumulation is described. In some embodiments, the system utilizes various mechanical, electrical, or electromechanical concepts designed to either clean a portion of the shunt system, or customize CSF drainage.

Abstract: Embolic coils with detachable segments that are separated by detachment capsules that are thermolytically degradable such that varying lengths of coil may be implanted into a vascular malformation to occlude same. The capsules are radiotransparent when compared to the adjoining coil segments to the location of the segments is easily seen. The capsules further include protruding electrical contacts that make positive contact with terminals on a delivery catheter. The terminals on the delivery catheter serve as markers so the relationship between the detachment capsules and the terminals is easily visible under x-ray.

Abstract: The present disclosure relates to medical devices including occlusion devices, clot retrieval systems, and stents. More particularly, the medical devices described herein measure characteristics for intravascular treatment sites. The medical devices may include pressure sensors and/or length sensors that may be used to determine the effectiveness of the medical devices during or after treatment. These sensors may be particularly helpful when used on an occlusion device or a clot removal device.

Abstract: An implant detachment system is described which utilizes a catheter utilizing an LC or tank circuit with an inductor and capacitor. The catheter electrically interacts with an implant delivered through the catheter to detach the implant.

Abstract: An implant detachment system is described which utilizes a catheter utilizing an LC or tank circuit with an inductor and capacitor. The catheter electrically interacts with an implant delivered through the catheter to detach the implant.

Abstract: Embolic coils with detachable segments that are separated by detachment capsules that are thermolytically degradable such that varying lengths of coil may be implanted into a vascular malformation to occlude same. The capsules are radiotransparent when compared to the adjoining coil segments to the location of the segments is easily seen. The capsules further include protruding electrical contacts that make positive contact with terminals on a delivery catheter. The terminals on the delivery catheter serve as markers so the relationship between the detachment capsules and the terminals is easily visible under x-ray.

Abstract: A shunt system used to treat excess cerebrospinal fluid (CSF) accumulation is described. In some embodiments, the system utilizes various mechanical, electrical, or electromechanical concepts designed to either clean a portion of the shunt system, or customize CSF drainage.

Abstract: An implant detachment system is described which utilizes a catheter utilizing an LC or tank circuit with an inductor and capacitor. The catheter electrically interacts with an implant delivered through the catheter to detach the implant.