Abstract: An upper extremity post-operative residual limb support assembly includes an upper frame; a lower frame adjustably coupled to the upper frame; a liner coupled to the upper frame and the lower frame, the liner including: a first liner portion configured to be positioned adjacent the upper frame and extend at least partially about an arm of a user; and a second liner portion configured to be positioned adjacent the lower frame, the second liner portion including a closed end configured to receive a distal end of a residual portion of the arm.

Abstract: An above-the-knee post-operative residual limb support device is described. The support device may be used shortly after amputation of a portion of a limb, such as a portion of a patient's leg (e.g., such as in an above-the knee (“AK”) amputation procedure). Such a support device may be referred to as an Immediate Post-Operative Prosthesis (“IPOP”).

Abstract: An upper extremity post-operative residual limb support assembly includes an upper frame; a lower frame adjustably coupled to the upper frame; a liner coupled to the upper frame and the lower frame, the liner including: a first liner portion configured to be positioned adjacent the upper frame and extend at least partially about an arm of a user; and a second liner portion configured to be positioned adjacent the lower frame, the second liner portion including a closed end configured to receive a distal end of a residual portion of the arm.

Abstract: An above-the-knee post-operative residual limb support device is described. The support device may be used shortly after amputation of a portion of a limb, such as a portion of a patient's leg (e.g., such as in an above-the knee (“AK”) amputation procedure). Such a support device may be referred to as an Immediate Post-Operative Prosthesis (“IPOP”).

Abstract: A post-operative residual limb support assembly includes an upper frame configured to extend about at least a portion of a residual limb; and a lower frame coupled to the upper frame and configured to receive an end of the residual limb. The upper frame and the lower frame are adjustable relative to one another in at least one of a linear and rotational manner.

Abstract: A post-operative residual limb support assembly includes an upper frame configured to extend about at least a portion of a residual limb; and a lower frame coupled to the upper frame and configured to receive an end of the residual limb. The upper frame and the lower frame are adjustable relative to one another in at least one of a linear and rotational manner.

Abstract: A post-operative residual limb support assembly includes an upper frame configured to extend about at least a portion of a residual limb; and a lower frame coupled to the upper frame and configured to receive an end of the residual limb. The upper frame and the lower frame are adjustable relative to one another in at least one of a linear and rotational manner.

Abstract: A post-operative residual limb support assembly includes an upper frame configured to extend about at least a portion of a residual limb; and a lower frame coupled to the upper frame and configured to receive an end of the residual limb. The upper frame and the lower frame are adjustable relative to one another in at least one of a linear and rotational manner.

Abstract: The present invention relates generally to a method and system used to capture three-dimensional images for the purposes of, but not limited to, designing and fabricating medical devices and other medical-related uses of three-dimensional images. The present system generally includes a three dimensional digitizing system, direct conversion Computer Aided Design (CAD) software, a Central Fabrication Network (CFN) comprising of a Central Fabrication Center (CFC) and/or at least one other fabrication center, and preferably a network communicatively connecting at least one practitioner to a Central Design Center (CDC). Additionally, the present invention may include certain design protocols as well as training/education for its practitioners.

Abstract: The present invention relates generally to a method and system used to capture three-dimensional images for the purposes of, but not limited to, designing and fabricating medical devices and other medical-related uses of three-dimensional images. The present system generally includes a three dimensional digitizing system, direct conversion Computer Aided Design (CAD) software, a Central Fabrication Network (CFN) comprising of a Central Fabrication Center (CFC) and/or at least one other fabrication center, and preferably a network communicatively connecting at least one practitioner to a Central Design Center (CDC). Additionally, the present invention may include certain design protocols as well as training/education for its practitioners.

Abstract: The motion of two pivotally connected orthosis members are limited in both directions of movement. An adjustable arresting member limits motion in one direction. An elongated member, preferably made of flexible cables, is connected to the two orthosis members to limit motion in the opposite direction.

Abstract: An orthotic device for limiting limb motion at a joint has two pivotally connected members which are shaped to conform to the portions of the anatomy on opposite sides of the joint. One member has an abutment thereon engageable by an adjustable stop on the other member to limit pivotal movement between the two members. The other member is preferably formed of sheet plastic material which is formed around a mounting block which threadably receives an adjusting member for adjusting the stop.