Arm Prostheses
Case Example 1
A basic myoelectronic prosthesis fitted with an Ottobock VariSpeed Plus electronic prosthetic hand, allowing for functional tasks using the remaining musculature of the amputated arm by means of myoelectronic electrodes located inside the prosthetic socket.
Case Example 2
A mechanical, cable and harness-controlled prosthesis, fitted with a functional hook for work activities and functional tasks. The prosthesis is controlled by means of a harness fitted around the opposite arm axilla, connected to the prosthesis by means of a cable.
Case Example 3
An advanced myoelectronic prosthesis fitted with an Ossur Touch Bionics i-Limb Hand allowing for functional tasks using the remaining musculature of the amputated arm by means of myoelectronic electrodes located inside the prosthetic socket.
Case Example 4
A basic myoelectronic prosthesis fitted with an Ottobock Digital prosthetic hand, allowing for functional tasks using the remaining musculature of the amputated arm by means of myoelectronic electrodes located inside the prosthetic socket.
Case Example 5
A functional prosthesis fitted with a terminal device ideal for functional activities where cylindrical objects can be gripped and activities engaged in such as gym, paddle sports, cycling.
Case Example 6
An advanced myoelectronic prosthesis fitted with an Ottobock Bebionic Multi-Articulating Hand allowing for functional tasks using the remaining musculature of the amputated arm by means of myoelectronic electrodes located inside the prosthetic socket.
Case Example 1
An above elbow, lightweight modular prosthesis, predominantly for cosmetic purposes. The spring-loaded prosthetic hand can be manually opened and the mechanical elbow locked to hold small and lightweight objects.
Case Example 2
A sophisticated myoelectronic shoulder disarticulation prosthesis, fitted with a Utah myoelectronic elbow and a multiarticulating I-Limb hand, allowing for functional tasks using the musculature of the back and chest muscles by means of electrodes positioned in the prosthetic socket. The hand can be alternated with a myoelectronic functional hook terminal device.
Case Example 3
A sophisticated myoelectronic above elbow amputation prosthesis, fitted with an Ottobock Dynamic Arm myoelectronic elbow and a multiarticulating Bebionic hand, allowing for functional tasks using the remaining musculature of the amputated arm by means of myo-electronic electrodes located inside the prosthetic socket.
Case Example 4
A mechanical, cable and harness-controlled above elbow amputation prosthesis, fitted with a functional hand to perform basic functional tasks. The prosthesis is controlled by means of a harness fitted around the opposite arm axilla, connected to the prosthesis by means of cable.
Case Example 5
A basic myoelectronic above elbow amputation prosthesis, fitted with a Motion Control myoelectronic elbow and prosthetic hand, allowing for functional tasks using the remaining musculature of the amputated arm by means of myo-electronic electrodes located inside the prosthetic socket.
Case Example 6
A basic myoelectronic above elbow amputation prosthesis, fitted with a Motion Control myoelectronic elbow and prosthetic hand, allowing for functional tasks using the remaining musculature of the amputated arm by means of myo-electronic electrodes located inside the prosthetic socket.
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