Prosthetics
Lower Limb Prosthetics
Trans-tibial to trans-femoral systems tuned for real-world mobility.
What it addresses
Lower limb prosthetic rehabilitation requires coordinated planning between surgeons, physiatrists, prosthetists, and therapy teams. From partial foot loss to complex hip disarticulation cases, each amputation level demands precise component selection, socket engineering, and biomechanical alignment to achieve predictable functional outcomes.
Key Benefits
- Activity-matched componentry
- Precision socket fit
- Lightweight & durable
- Fast digital re-fabrication
How it's made
3D Scan
High-resolution capture of the patient's anatomy — no plaster casting.
CAD/CAM Design
Engineers refine geometry, alignment and material zones digitally.
In-House Fabrication
3D printed or milled, then hand-finished by certified technicians.
Fit & Approval
Digital and clinical fit verification before final delivery.
Clinical Foundations
Institutional Scope & Biomechanics
Lower limb prosthetic rehabilitation requires coordinated planning between surgeons, physiatrists, prosthetists, and therapy teams. From partial foot loss to complex hip disarticulation cases, each amputation level demands precise component selection, socket engineering, and biomechanical alignment to achieve predictable functional outcomes.
Quantum Medical partners with hospitals, trauma centres, diabetic care units, and rehabilitation facilities to deliver custom-engineered lower limb prosthetic systems designed for stability, efficiency, and long-term mobility.
Our clinical pathway supports healthcare teams in determining appropriate componentry, suspension strategy, alignment planning, and discharge goals.
Core Engineering Focus
Clinical Pathway & Evaluation Goals
From immediate surgical recovery to advanced mobility milestones, Quantum Medical provides structured prosthetic pathways tailored to patient activity levels and institutional care goals.
Clinically Supports Recovery By
- Appropriate prosthetic component selection based on K-level activity
- Custom socket design strategy based on residual limb presentation
- Suspension method and dynamic alignment planning
- Functional goals (gait efficiency, stairs, workplace return, sports)
- Cosmetic finishing aligned with patient preference
Protocol Benefits
- Detailed biomechanical assessment protocols
- Custom carbon fiber & thermoplastic socket engineering
- Component selection guidance (mechanical, hydraulic, microprocessor)
- Integration with physiotherapy and gait training milestones
- Structured follow-up and adjustment cycles
Spinal Orthotic Systems for Clinical Practice
Congenital & Partial Foot Systems
Ortho-Prosthetics & Distal Limb Preservation
Ortho-Prosthesis (Congenital Limb Differences)
Combines orthotic stabilization with prosthetic extension to improve alignment and walking stability while supporting existing limb structures.
Partial Foot & Syme's Amputation
Functional solutions for toe, ray, transmetatarsal, Lisfranc, Chopart, and Syme's ankle disarticulations. Focuses on weight transfer and smooth rollover during gait.
Transtibial & Transfemoral Systems
Below-Knee & Above-Knee Mobility Engineering
Below-Knee (Transtibial) Prosthesis
Preservation of the knee joint allows for high functional potential using modern socket technologies, energy-return feet, and shock-absorbing pylons.
Above-Knee (Transfemoral) Prosthesis
Requires precise coordination between custom laminated socket design, knee technology (mechanical, hydraulic, microprocessor MPK), and terrain-adaptive feet.
High-Level & Pelvic Disarticulation
Complex Biomechanical System Integration
Hip Disarticulation / Hemi-Pelvectomy Prosthesis
Integrates pelvic stabilization sockets, artificial hip joint mechanics, microprocessor knee control, and terrain-adaptive foot systems into a single coordinated system.
Institutional Care
Clinical Collaboration & Institutional Support
Quantum Medical functions as an extended prosthetic partner for hospitals and rehabilitation centres across trauma, vascular, oncological, and congenital cases.
Quantum Medical Supports Institutional Teams Through:
Our goal is to help healthcare providers deliver consistent prosthetic outcomes across trauma, vascular, oncological, and congenital cases.
Ready to prescribe lower limb prosthetics?
Book a consultation and we'll design the right device for your patient.