Upper Limb Prosthetics That Restore Reach and Function
Everyday tasks change after arm or hand loss. Cooking, dressing, working, driving, or holding objects may suddenly feel difficult.
At ACCESS Prosthetics, we provide custom upper limb prosthetics designed around your lifestyle, comfort, and mobility goals. From partial hand devices to advanced myoelectric systems, our team helps you find the right solution for daily life.
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What Are Upper Limb Prosthetics?
Upper limb prosthetics are artificial devices designed to assist missing parts of the hand, wrist, arm, or shoulder. An upper limb prosthesis may help restore:
- Grip
- Movement
- Stability
- Daily function
- Cosmetic appearance
Upper limb loss may result from:
- Trauma
- Workplace injuries
- Cancer
- Vascular disease
- Congenital limb differences
At ACCESS Prosthetics, we provide personalized solutions for every level of limb loss.
Upper Limb Amputation Levels
The level of limb loss determines which prosthetic upper extremity components are needed.
Partial Hand and Finger Prosthetics
These devices help improve grip, hand function, and appearance for patients with partial hand or finger loss.
Below the Elbow (Transradial) Prosthetics
Below-elbow prosthetics preserve the natural elbow joint, which often improves control and mobility.
Above the Elbow (Transhumeral) Prosthetics
Above-elbow systems assist both elbow and hand function and may include mechanical or myoelectric components.
Shoulder and Forequarter Prosthetics
These prosthetics support positioning, reach, and daily activity function after higher-level limb loss.
Types of Upper Limb Prostheses
Different prosthetic systems support different lifestyles and activity levels.
Passive Prosthetic Devices
Passive devices focus on:
- Cosmetic appearance
- Stabilization
- Light daily support
Body-Powered Prosthetics
Body-powered systems use cables and harnesses to create movement.
Many users prefer them because they are:
- Durable
- Reliable
- Well suited for physical work
Myoelectric Prosthetics
Myoelectric systems use muscle signals to control movement electronically.
These devices may improve:
- Grip patterns
- Fine motor control
- Daily task performance
Hybrid and Activity-Specific Devices
Some custom upper limb prosthetics combine body-powered and myoelectric components for different activities and environments.
We also provide activity-specific prosthetics designed for:
- Sports
- Gym use
- Work environments
- Water activities
The Prosthetic Fitting Process
Getting upper limb prosthetics takes time, adjustments, and rehabilitation support.
Initial Assessment and Goal Setting
Your first appointment focuses on:
- Daily activities
- Functional goals
- Work demands
- Lifestyle needs
Socket Fabrication and Trial Fitting
Test fittings help improve:
- Comfort
- Alignment
- Stability
- Control
Prosthetic Training and Rehabilitation
Occupational therapy helps patients improve:
- Grip control
- Coordination
- Everyday task performance
Ongoing Care and Adjustments
Your prosthesis should adapt as your body and activity level change. We provide:
- Adjustments
- Repairs
- Component upgrades
- Long-term follow-up care
Choosing the Right Prosthetic Option
The right upper limb prosthesis depends on how you live and what you want your prosthesis to help you do.
Some patients prioritize:
- Cosmetic appearance
- Grip strength
- Fine motor control
- Workplace function
- Sports and recreation
Many people benefit from having more than one prosthetic for different environments and activities.
At ACCESS Prosthetics, we help patients compare prosthetic options and build long-term treatment plans that support comfort, function, and independence.
Upper Limb Prosthetics Cost and Coverage
Upper limb prosthetics costs vary depending on:
- Amputation level
- Prosthetic technology
- Materials
- Functional goals
Passive devices cost less than advanced myoelectric systems with multi-grip technology.
Many patients use:
- Medicare
- Private insurance
- VA benefits
- Workers’ compensation
ACCESS Prosthetics helps patients understand:
- Coverage eligibility
- Prior authorization
- Financing options
- Expected costs
Pediatric Upper Limb Prosthetics
Children require prosthetics that support growth, mobility, and daily activity.
Pediatric upper limb prosthetics are designed to be:
- Lightweight
- Adjustable
- Comfortable
- Durable
Children with congenital limb differences or limb loss may benefit from early prosthetic support for:
- Fine motor development
- School participation
- Daily independence
Our team works closely with families to create prosthetic plans that adapt as children grow.
Advanced Upper Limb Prosthetic Technology
Modern upper limb prosthetics technology continues evolving rapidly.
Advanced options may include:
- Bionic hands
- Multi-articulating fingers
- Myoelectric control systems
- 3D printed prosthetics
These technologies help improve movement, grip control, and daily functionality for many users.
At ACCESS Prosthetics, we help patients explore advanced solutions that match their goals and lifestyle.
FAQs
What are upper limb prosthetics used for?
Upper limb prosthetics help assist missing parts of the arm, hand, wrist, or fingers to improve movement, grip, and daily function. An upper limb prosthesis may help with tasks like dressing, cooking, typing, driving, and carrying objects. Some patients prioritize functional movement, while others focus more on cosmetic appearance. At ACCESS Prosthetics, every prosthetic solution is customized around your lifestyle and mobility goals.
What types of upper limb prostheses are available?
Common upper limb prostheses include passive prosthetics, body-powered devices, myoelectric prosthetics, and hybrid systems. Passive devices focus on appearance and light support, while body-powered and myoelectric systems improve grip and functional movement. Some custom upper limb prosthetics are designed specifically for sports, work environments, or high-activity lifestyles. ACCESS Prosthetics helps patients compare options based on comfort, activity level, and daily needs.
How does a myoelectric upper limb prosthesis work?
A myoelectric upper limb prosthesis uses muscle signals from the residual limb to control movement electronically. Sensors inside the socket detect muscle contractions and translate them into hand or arm movement. These prosthetic upper extremity systems may improve grip patterns, object handling, and fine motor control during daily activities. Many patients choose myoelectric prosthetics for improved functionality and more natural movement.
How much do custom upper limb prosthetics cost?
Custom upper limb prosthetics costs vary depending on the amputation level, prosthetic technology, and component type. Passive prosthetics usually cost less than advanced myoelectric or bionic systems. Insurance coverage, Medicare, VA benefits, and workers’ compensation may help reduce out-of-pocket expenses. ACCESS Prosthetics works closely with patients to explain pricing, coverage options, and long-term prosthetic planning.
Can children get upper limb prosthetics?
Yes. Pediatric upper limb prosthetics are available for children with congenital limb differences or limb loss caused by injury or illness. These prosthetics are designed to support growth, mobility, and everyday independence. Many pediatric prosthetic devices use lightweight materials and adjustable components to improve comfort and function. ACCESS Prosthetics works closely with families to create prosthetic plans that adapt as children grow.
Do I need more than one upper limb prosthesis?
Some patients benefit from having multiple upper limb prostheses for different activities and environments. For example, one prosthetic may work better for work or sports, while another may focus on cosmetic appearance or fine motor tasks. Activity-specific prosthetics often improve comfort, durability, and performance during daily use. ACCESS Prosthetics helps patients build prosthetic solutions around their real-world lifestyle needs.
How long does it take to get a custom upper limb prosthesis?
The timeline for a custom upper limb prosthesis depends on healing, fitting, and rehabilitation progress. Most patients require several appointments for evaluation, test fittings, adjustments, and final delivery. Socket fit and prosthetic alignment often need refinement throughout the process to improve comfort and control. ACCESS Prosthetics provides ongoing support and follow-up care during every stage of fitting and rehabilitation.