Heel Lifts, Wedges & Inserts
Clinical Applications of Lifts, Wedges, and Inserts 1. Physical Therapy (PT) Physical therapists primarily use these tools as a temporary, dosage-specific intervention to facilitate a return to function, often focusing on flexibility and gait mechanics. Tendon Tension Management (Dosage Control): Lifts are used as a short-term, adjustable tool for conditions like Achilles tendinopathy or a tight calf (gastrocnemius/soleus complex). By slightly elevating the heel, the lift immediately and temporarily shortens the muscle-tendon unit, reducing tensile load and compressive stress on the tendon, particularly the insertion site. PTs can then gradually decrease the lift height over weeks as the patient's calf flexibility improves and their tendon adapts to greater load. Gait and Posture Retraining: In post-surgical or post-stroke rehabilitation, a lift or wedge may be used to temporarily manage an acute or perceived leg length discrepancy (LLD) or ankle stiffness, helping the patient achieve a more symmetrical and less painful gait pattern during early ambulation training. Joint Offloading: Specific wedges (e.g., lateral wedges) can be used to experiment with or temporarily reduce the load on a painful joint, such as the medial compartment of the knee in patients with osteoarthritis, by altering the ground reaction forces passing through the lower limb. 2. Chiropractic Chiropractors utilize lifts to address structural alignment issues, particularly those that originate from the foundation of the body (the feet and legs) and ascend to the spine and pelvis. Pelvic Obliquity Correction: The main purpose is to adjust for a fixed difference in leg length (LLD). An LLD can make the pelvis tilt (pelvic obliquity), which can cause the spine to curve in a way that makes it work (functional scoliosis). This can lead to chronic low back pain, hip pain, or sacroiliac joint (SIJ) dysfunction. Progressive Lift Therapy: Treatment often involves precise measurement (sometimes via X-ray) of the discrepancy and implementing a lift in small, measured increments (e.g., 2-3 mm) over several weeks or months. This gradual increase allows the body and spine to adapt to the new, corrected alignment without triggering muscle spasms or discomfort. Foundational Stabilization: In conjunction with spinal adjustments, the heel lift is used to maintain a balanced spinal posture, preventing the body from slipping back into the asymmetrical pattern caused by the uncompensated LLD, thereby supporting the long-term efficacy of the adjustment. 3. Sports Medicine Sports medicine specialists and physicians focus on using these tools to manage acute sport-related injuries and optimize biomechanical performance. Managing High-Volume Stress Injuries: Lifts are a frontline non-surgical intervention for athletes dealing with Achilles tendinopathy or plantar fasciitis. By decreasing the required ankle dorsiflexion during the gait cycle, the lift reduces mechanical strain, allowing the inflamed tissue to rest and begin the healing cascade without completely halting all activity. Addressing Functional Asymmetry: An insert or wedge can be used to treat a functional LLD that occurs not from bone length, but from muscle imbalances (e.g., severe unilateral hamstring or hip flexor tightness) that pull the pelvis out of alignment. While the primary treatment is correcting the soft tissue issue, the lift offers temporary symptomatic relief during rehabilitation. Re-Aligning the Kinetic Chain: In sports with repetitive, high-impact motion (like running or jumping), heel or forefoot wedges can be incorporated into an orthotic to manage excessive foot motion (e.g., overpronation or supination), which can prevent recurrent injuries higher up the chain, such as Patellofemoral Pain Syndrome (Runner's Knee) or shin splints. 4. Athletic Training (AT) Athletic trainers apply these products for on-field immediate care, injury prevention, and transition-to-play strategies. Acute Ankle/Foot Management: Following a Grade I or II ankle sprain, a temporary heel lift or medial/lateral wedge can be utilized in the rehab shoe or brace to modify weight-bearing forces and reduce strain on healing ligaments, especially when transitioning back to light activity or drills. Training Modification: Trainers may incorporate a lift into one shoe during specific strength training exercises (like squats or lunges) to acutely compensate for a temporary deficit in ankle mobility. This allows the athlete to maintain proper squatting depth and form, preventing compensatory movement patterns in the knee or back that could lead to new injury while they work to restore ankle flexibility off-site. Footwear Tuning: The AT may use simple lifts and wedges to "tune" an athlete's specialized footwear (e.g., cleats, skates, or specialized running shoes) to achieve optimal foot stability and alignment inside the shoe, ensuring the shoe's design is maximized for the athlete's specific biomechanical needs during competition.
Balego® Adjustable Lift Insoles, Small – Up to women’s size 8 (Each)
Balego® Adjustable Heel Lift Insoles, Medium, Women’s 8.5 + up, Men’s size 11 (Each)
Clearly Adjustable® Heel Lift, LARGE (Ladies size 10½ or larger, Men's 9 or larger, or for use in sandals)
Clearly Adjustable® Heel Lift, SMALL - Up to Ladies size 7½, Mens 6
Balego® Adjustable Lift Insoles, Large, Men’s size 11 and up (Each)
