How Much Does a Prosthetic Finger Cost?

Last Updated on February 21, 2024
Written by CPA Alec Pow | Content Reviewed by CFA Alexander Popinker

Losing a finger can significantly impact your daily life. Fortunately, prosthetic fingers offer solutions to restore appearance and function.

But how much does a prosthetic finger cost? Let’s break down the factors influencing pricing and financing options to help you budget for this important medical device.

With planning and research, you can find an affordable, high-quality prosthetic finger that meets your needs. This guide outlines the main cost considerations.

How Much Does a Prosthetic Finger Cost?

Prosthetic fingers can range in cost from a few hundred to tens of thousands of dollars. Most patients pay between $3,000 to $10,000 out-of-pocket after insurance.

The exact price depends on the type, materials, customization level, and features. Financial assistance programs and payment plans can ease the burden.

Given the many variables involved, you can expect prosthetic finger prices along these lines:

• Basic silicone cosmetic finger: $300 – $500
• Entry-level 3D printed functional finger: $1,000 – $5,000
• Multi-jointed 3D printed finger with gripping: $5,000 – $15,000
• Highly advanced myoelectric finger: $15,000 – $50,000
• State-of-the-art bionic finger: $30,000 – $80,000

Keep in mind you may require multiple prosthetic fingers. Undergoing physical therapy and occupational therapy can also add to costs.

Shop3duniverse.com compares the cost of a myoelectric prosthesis, which was $42,000, to a 3D printed e-NABLE Hand that costs about $50 in materials.

Types of Prosthetic Fingers

Several categories of prosthetic fingers can be found on the market, each with distinct price points:

Silicone Fingers

Silicone finger prosthetics are the most affordable option, starting around $300 to $500. These lifelike fingers are ideal for restoring appearance after partial hand amputation. However, they don’t allow movement or grip.

3D Printed Fingers

3D printed prosthetic fingers range from $1,000 to $5,000. The highly customizable, precision-fit design provides both function and a realistic look. These fingers can include joints and grip capabilities.

Myoelectric Fingers

Myoelectric prosthetic fingers use built-in sensors to respond to electrical signals from arm muscles. The voluntary opening and closing motion mimics real finger movement. However, the sophisticated technology comes at a premium cost of $15,000 to $50,000.

Bionic Fingers

Bionic fingers represent the pinnacle of prosthetic advancement. Controlled via nerves, implanted chips, or sensors on remaining fingers, they provide effortless dexterity. But the cutting-edge tech will run you $30,000 to $80,000.

What Impacts the Cost of Prosthetic Fingers?

Several factors determine the price range for a prosthetic finger, including:

• Materials: Silicone is cheaper than 3D printed plastic or metal fingers with robotic joints. Carbon fiber offers high performance at a premium.
• Technology: Basic non-articulating fingers cost less than myoelectric or bionic options allowing advanced movement, grip, and control.
• Custom vs. Off-the-Shelf: A generic finger costs significantly less than a custom-designed prosthesis matched to your anatomy.
• Cosmetic vs. Functional: Fingers focused solely on appearance tend to be more affordable than those enabling dexterity.
• Manufacturer: Pricing can vary between different prosthetic device makers.

Beyond the finger itself, costs add up for fittings, molds, attachments, repairs, and replacements over time.

Does Insurance Cover Prosthetic Fingers?

The good news is that prosthetic fingers are often covered by major medical insurance plans, Medicare, Medicaid, and Veterans Affairs. Coverage varies, but 80% of the cost is typical after you meet your deductible.

Still, conflicting state and federal laws create confusion over insurers’ legal obligations. Be prepared to appeal denied claims. Maximize coverage by consulting in-network providers.

You might also like our articles about the cost of Bionic lens, torn MCL surgery, or meniscus tear surgery.

Financing Options for Prosthetic Fingers

If insurance falls short, take advantage of financing plans, grants, and charitable programs to make prosthetic fingers more affordable:

• prosthetic device manufacturer payment plans
• medical credit cards and loans
• non-profit grants and scholarships
• crowdfunding campaigns
• hospital charity care programs
• state vocational rehab agencies
• foundations supporting amputees

Research all possible funding streams. Budgeting adequately and planning for potential out-of-pocket expenses makes the process less stressful.

How to Choose the Right Prosthetic Finger

Selecting a prosthetic finger involves finding the ideal balance of function, cost, and aesthetics suited to your needs. Key steps include:

• Realistically assess how you will use your prosthetic – specialized tools and grip strength enable higher function for active users.
• Prioritize necessities like dexterity and pain-free attachment over cosmetic perfection or high-tech features.
• Consider your occupation and lifestyle. Opt for greater durability and waterproofing if you work with your hands.
• Get quotes from several prosthetic clinics to compare options within your budget.
• Take advantage of trial periods to test comfort and performance.

The most sophisticated prosthetic finger won’t improve quality of life if it’s financially out of reach. But less expensive basics can still restore confidence and independence.

Final Words

Prosthetic fingers range widely in price from a few hundred dollars to tens of thousands depending on materials, technology, and customization.

For most patients, expect to spend $3,000 to $10,000 out-of-pocket after insurance. Assistive devices, physical therapy, and replacements contribute to the total costs over time.

With research and planning, you can access financial assistance programs to obtain an affordable, high-quality prosthetic finger suited to your lifestyle needs and budget. Reach out to prosthetic specialists and your insurance provider to start mapping out a personalized solution.

Frequently Asked Questions

How long does a prosthetic finger last?

The lifespan of a prosthetic finger varies based on the materials and how often it is used. Basic silicone prosthetic fingers may last 1-2 years with proper care.

More durable options like 3D printed fingers can last upwards of 5 years before needing replacement. Heavily used myoelectric fingers require replacements every 3-5 years.

How good are prosthetic fingers?

The quality and performance of prosthetic fingers have improved enormously in recent years. Top-tier prosthetic fingers allow impressive dexterity and movement that mimics real fingers.

However, wide variation exists based on finger type and cost. Highly advanced bionic fingers offer the closest approximation to natural finger functioning.

Can you move prosthetic fingers?

Many prosthetic fingers allow some degree of movement and flexibility. At a minimum, prosthetic fingers usually include passive bending joints that allow them to conform to curved positions.

Higher functioning myoelectric and bionic fingers feature motors that actively open and close the digits to grasp objects. Patients can voluntarily control this articulation using nerve impulses from residual limb muscles.

How long does it take to make a prosthetic finger?

The process of creating a custom fitted prosthetic finger typically takes 2-6 weeks from start to finish. Patients undergo molding and measurements at an initial fitting.

The prosthetist then sculptors and fabricates the prosthesis, often with computer-aided design. A second appointment ensures comfortable fit as final adjustments are made before the finger is ready for regular use. Rush orders can sometimes expedite the process to 1-2 weeks.

Can you control a prosthetic hand?

Yes, advanced prosthetic hands allow impressive control and responsiveness. Myoelectric sensors detect muscle movements in the residual limb, causing the prosthetic fingers to open or close accordingly.

Direct nerve interfaces and targeted muscle reinnervation offer even more naturalistic control. Patients can grip, pick up objects, and complete delicate tasks with practice. Prosthetic hands may include wrist articulation and rotation controlled by arm position.