Medline Industries, Inc.

Other

Thomas J Evans

Marvin A Guiles

Aaron McPherson

Kelly Molinaro

A skin grafting system having a handheld device, a cartridge, and a device shield. The handheld device includes a device housing forming an interior that secures a drive system. The cartridge includes a plurality of hollow microneedles surrounded by a peripheral housing and is configured to be operated by the drive system to extend and retract past the peripheral housing into a subject to harvest tissue during a skin grafting process. The device shield is formed of a polymer extending from an interior opening to an exterior edge, the interior opening sized to extend about the peripheral housing to position the exterior edge over the device housing to control ingress of fluids into the interior of the device housing from fluid about the peripheral housing of the cartridge during the skin grafting process performed using the skin grafting system.

System and method for fluid ingress control for a skin grafting system

Systems and methods for controlling clinical soil are provided. A system includes a device cover formed of a flexible polymer sheet defining an interior volume for a skin grafting device, and includes at least a first opening configured to receive a portion of the skin grafting device. The system further includes a cincture having a gasket configured to be affixed to a perimeter of the first opening of the device cover and to secure the device cover about the first opening to the skin grafting device to inhibit fluid ingress into the interior volume of the device cover during a skin grafting process performed using the skin grafting device.

System and method for clinical soil control for a skin grafting system

A skin grafting system having a handheld device, a cartridge, and a device shield. The handheld device includes a device housing forming an interior that secures a drive system. The cartridge includes a plurality of hollow microneedles surrounded by a peripheral housing and is configured to be operated by the drive system to extend and retract past the peripheral housing into a subject to harvest tissue during a skin grafting process. The device shield is formed of a polymer extending from an interior opening to an exterior edge, the interior opening sized to extend about the peripheral housing to positon the exterior edge over the device housing to control ingress of fluids into the interior of the device housing from fluid about the peripheral housing of the cartridge during the skin grafting process performed using the skin grafting system.

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Bedford, MA, United States of America

Thomas J Evans