Custom-Made Shoulder Prosthesis
The Custom-Made Shoulder Prosthesis is a specialised upper-limb prosthetic device designed to replace a missing arm following shoulder-level amputation or significant upper-limb loss. It provides an anatomically shaped artificial arm that helps restore body symmetry, improve appearance, and support selected functional activities. The prosthesis features a durable beige shoulder socket, an adjustable white suspension strap, a mechanical elbow joint, a structured forearm, and an anatomically shaped prosthetic hand. Its modular construction provides a combination of cosmetic restoration and potential functional support, depending on the components selected. Individually fabricated according to the user’s body measurements, residual limb condition, activity level, and rehabilitation goals, the Custom-Made Shoulder Prosthesis offers a personalised solution for individuals requiring upper-limb replacement and rehabilitation support.
Key Features
Custom-Made Design: Individually fabricated according to the user’s body measurements, shoulder contour, and prosthetic requirements.
Anatomically Shaped Shoulder Socket: Features a contoured beige shoulder section designed to provide an appropriate fit around the shoulder area.
Adjustable Suspension Strap: A durable white strap helps secure the prosthesis to the body.
Mechanical Elbow Joint: Features an articulated elbow mechanism that permits movement or positioning according to the prosthetic design.
Structured Upper Arm and Forearm: Provides a durable framework connecting the shoulder section to the prosthetic hand.
Anatomically Shaped Prosthetic Hand: Features a natural-looking hand designed to provide cosmetic restoration and, where supported by the selected mechanism, functional assistance.
Durable Construction: Manufactured using prosthetic materials selected for strength, comfort, and regular prescribed use.
Natural-Looking Appearance: Beige components provide a smooth, skin-tone-inspired finish.
Personalised Alignment: The prosthetic components are positioned according to the user’s body structure and functional requirements.
Customisable Components: Socket design, suspension, elbow mechanism, wrist, and hand components can be selected according to the patient’s needs.
Recommended Uses
Shoulder disarticulation amputation
Selected very high above-elbow amputations
Upper-limb loss following traumatic injury
Selected congenital upper-limb differences
Limb loss associated with severe infections or other medical conditions
Upper-limb prosthetic rehabilitation
Individuals requiring cosmetic upper-limb replacement
Patients requiring customised upper-limb prosthetic support
Benefits
Helps restore the external appearance and symmetry of the upper body.
Provides a personalised artificial upper-limb replacement.
May assist with selected daily activities, depending on the prosthetic mechanism.
Supports rehabilitation following upper-limb amputation.
Provides adjustable suspension for secure fitting.
May improve comfort and confidence in social and daily environments.
Supports functional training and adaptation to upper-limb loss.
Offers individually selected components according to the user’s rehabilitation goals.
Encourages greater participation in everyday activities.
Important Information
The Custom-Made Shoulder Prosthesis is a specialised medical prosthetic device requiring professional assessment, measurement, fabrication, fitting, and rehabilitation training by qualified prosthetic and rehabilitation professionals.
The type of shoulder socket, suspension system, elbow mechanism, and prosthetic hand depends on the patient’s amputation level, residual limb condition, physical capabilities, and functional goals.
The illustrated prosthesis features a mechanical elbow joint and an anatomically shaped hand. However, active gripping, powered movement, or independent joint control should not be assumed unless these functions are specifically incorporated into the prescribed prosthetic system.
Regular follow-up appointments are recommended to assess socket fit, skin comfort, suspension security, component alignment, and functional performance.
