Abstract: A medical device securement system includes a main body having a first section and a second section displaceable relative to one another to translate the system between an undeployed state and a deployed state, a first array of microneedles projecting from a tissue contacting surface of the first section and a second array of microneedles projecting from a tissue contacting surface of the second section, a retention device provided on the main body for receiving and engaging the medical device, wherein the first section comprises a first base defining the tissue contacting surface and a closure member hingedly articulated relative to the first base between a closed position defining an enclosure between the first base and the closure member in which the retention device is located and in which the medical device may be at least partially contained, and an open position permitting access to the enclosure.

Abstract: The present disclosure relates to a mechanical thrombectomy device that includes a catheter assembly with a basket assembly formed of a proximal hub and a distal hub; a flexible tube having a first end attached to the proximal hub and a second end attached to the distal hub; and a plurality of basket wires. The flexible tube may be laser-cut to allow for bending, elongation, and compression. The basket wires each have a first end attached to the proximal hub and a second end attached to the distal hub. The basket wires are disposed around the flexible tube and configured to expand to a preset shape. The basket assembly is attached to a distal end of a rotatable shaft. A drive assembly is configured to rotate the rotatable shaft to rotate the basket assembly. The basket assembly when rotated is configured to macerate a material proximate to the basket assembly.

Abstract: The present disclosure relates to a mechanical thrombectomy device that includes a catheter assembly with a basket assembly formed of a proximal hub and a distal hub; a flexible tube having a first end attached to the proximal hub and a second end attached to the distal hub; and a plurality of basket wires. The flexible tube may be laser-cut to allow for bending, elongation, and compression. The basket wires each have a first end attached to the proximal hub and a second end attached to the distal hub. The basket wires are disposed around the flexible tube and configured to expand to a preset shape. The basket assembly is attached to a distal end of a rotatable shaft. A drive assembly is configured to rotate the rotatable shaft to rotate the basket assembly. The basket assembly when rotated is configured to macerate a material proximate to the basket assembly.