At The HOPE Society, our Prosthetics and Orthotics Services are dedicated to improving the quality of life for individuals who require support with limb loss or physical impairments. We provide comprehensive solutions designed to enhance mobility, function, and comfort through custom-designed prosthetic limbs and orthotic devices. Our team of skilled specialists works closely with each client to understand their unique needs and goals, crafting tailored solutions that integrate seamlessly into their daily lives. From the initial consultation and design process to fitting and ongoing adjustments, our commitment is to ensure optimal function and a better quality of life for every individual we serve. Whether recovering from an injury, managing a congenital condition, or adjusting to a new prosthetic, our holistic approach ensures the best possible outcomes for our clients.

1. Custom Prosthetic Design and Fitting:

• o Overview: Creating personalized prosthetic limbs tailored to the individual’s specific needs and body measurements. This includes upper and lower limb prosthetics designed to enhance mobility and functionality.
• o Techniques: Socket fitting, alignment adjustments, and detailed follow-up appointments to ensure comfort and performance.

2. Orthotic Device Fabrication and Fitting:

• o Overview: Designing and fitting custom orthotic devices to support, align, or improve the function of a body part, such as braces for the legs, back, or arms.
• o Techniques: Custom molding, material selection, and adjustments to create devices that address specific needs, such as foot orthotics, spinal braces, or hand splints.

3. Orthotic Rehabilitation:

• o Overview: Providing therapy and support for individuals using orthotic devices to enhance their effectiveness and ensure proper usage.
• o Techniques: Functional training, alignment checks, and adjustment of orthotic devices to fit the evolving needs of the user.:

4. Adaptive Equipment Consultation:

• o Overview: Offering guidance on the selection and use of additional adaptive equipment that complements prosthetics and orthotics.
• o Techniques: Assessing needs for mobility aids, home modifications, and other assistive devices to enhance overall independence.

5. Pre-Prosthetic and Pre-Orthotic Consultation:

• o Overview: Offering guidance and support prior to the fitting of prosthetic or orthotic devices, including education on what to expect and preparation for the fitting process.
• o Techniques: Assessment of needs, education on prosthetic or orthotic options, and planning for the fitting and adaptation process.

6. Post-Prosthetic/Orthotic Adjustment:

• o Overview: Making necessary adjustments after the initial fitting of prosthetic or orthotic devices to ensure continued comfort and functionality.
• o Techniques: Fine-tuning adjustments, addressing any fit or function issues, and providing follow-up support to optimize device use.

7. Pediatric Prosthetics and Orthotics:

• o Overview: Specialized services for children requiring prosthetic or orthotic devices, taking into account their growth and developmental needs.
• o Techniques: Custom designs for growing children, adjustments to accommodate growth, and age-appropriate support and training.

8. Amputee Support Services:

• o Overview: Providing comprehensive support for individuals who have undergone amputation, including emotional support, prosthetic fitting, and adaptation strategies.
• o Techniques: Counseling, community resources, and practical guidance to help clients adjust to life with a prosthetic limb.

9. Post-Surgical Orthotic Support:

• o Overview: Offering orthotic devices to support recovery after surgery, aiding in healing and preventing complications.
• o Techniques: Designing and fitting post-surgical braces or supports, providing guidance on usage, and monitoring recovery progress.

10. Biomechanical Assessment:

• o Overview: Evaluating the biomechanical needs of clients to ensure that prosthetics and orthotics are designed to optimize movement and function.
• o Techniques: Detailed assessments of gait, posture, and movement patterns to inform the design and adjustment of devices.