The patient presents with right/left ankle instability secondary to ____________ and continues to experience pain, recurrent inversion injuries, and/or a sensation of the ankle "giving way" during daily activities. Conservative treatment, including activity modification, home exercises, physical therapy, medication, and/or previous bracing, has not provided adequate functional improvement.

An ankle stabilizing orthosis (ASO) is medically necessary to provide external support to the ankle, limit excessive inversion and eversion, improve joint stability, reduce pain, and allow safe progression of functional activities while protecting injured ligaments during healing.

The patient is ambulatory and is expected to benefit from improved ankle stability, increased confidence during walking, reduced risk of recurrent injury, and improved functional mobility.

Referral to Butler Orthotics is recommended for evaluation, fitting, and patient education regarding proper use of the orthosis.

The patient presents with chronic [right/left] foot and ankle pain, deformity, and instability secondary to [posterior tibial tendon dysfunction, adult-acquired flatfoot, ankle arthritis, hindfoot arthritis, midfoot arthritis, or other diagnosis].

Examination demonstrates [hindfoot valgus/varus], [collapse of the medial longitudinal arch], [forefoot abduction], [painful or restricted ankle, subtalar, or midfoot motion], [tendon weakness], and an [antalgic/unstable] gait pattern. The patient’s symptoms substantially limit prolonged standing, household ambulation, and community mobility.

Prior treatment has included [supportive footwear, foot orthoses, physical therapy, medication, injections, activity modification, or prefabricated bracing], without adequate reduction in pain or improvement in mechanical stability.

A custom gauntlet AFO is medically necessary to provide circumferential containment and multiplanar control of the ankle, hindfoot, and midfoot; accommodate the documented deformity; limit painful motion; and improve weight-bearing tolerance. A prefabricated orthosis is not appropriate because of [significant deformity, abnormal anatomy, longstanding need, inability to obtain appropriate fit, tissue-protection requirements, or need for multiplanar control].

 Refer to Butler Orthotics for custom evaluation, casting, fabrication, fitting, and follow-up.

The patient is status post [right/left] [ray/transmetatarsal/Lisfranc/other partial-foot] amputation secondary to [diabetes, peripheral arterial disease, infection, trauma, or other etiology].

Examination demonstrates loss of the normal forefoot lever arm, reduced terminal stance propulsion, altered plantar-pressure distribution, and instability of the residual foot within footwear. Additional findings include [ankle dorsiflexion weakness, foot slap, impaired toe clearance, shortened contralateral step length, impaired tibial progression, or recurrent tripping].

The patient has two distinct biomechanical deficits requiring two separately ordered orthotic interventions.

A custom L5000 partial-foot filler is medically necessary to accommodate the amputation void, stabilize the residual foot within the shoe, restore appropriate shoe volume, redistribute plantar pressure, reduce shear, and protect the residual limb.

A separate L1932 anterior-shell carbon-fiber AFO is medically necessary to address the associated ankle-foot weakness and gait dysfunction by improving swing-phase clearance, controlling foot slap, assisting tibial progression and rollover, and reducing compensatory gait and fall risk.

These devices address separate anatomical and functional impairments. The partial-foot filler does not provide the ankle and lower-leg control of the AFO, and the AFO does not replace the accommodative and pressure-distributing function of the partial-foot filler.

Refer to Butler Orthotics for separate evaluation, fitting, documentation, and delivery of each device.

The patient has [right/left] Charcot neuroarthropathy involving the [midfoot/hindfoot/ankle], with associated [osseous collapse, rocker-bottom deformity, instability, plantar prominence, edema, warmth, active ulceration, healed ulceration, or recurrent skin breakdown].

Examination demonstrates [describe deformity], loss of protective sensation, abnormal plantar loading, and elevated risk for progressive deformity, ulceration, infection, and further amputation. The patient’s abnormal anatomy cannot be safely or adequately accommodated in a standard walking boot.

A custom Charcot restraint orthotic walker is medically necessary to provide total-contact immobilization, circumferential protection, accommodation of the deformity, redistribution of plantar pressure, reduction of shear forces, and protected ambulation in accordance with the prescribed weight-bearing status.

Custom fabrication is required because the patient’s deformity and tissue-protection needs cannot be adequately addressed with a prefabricated orthosis.

Refer to Butler Orthotics for custom fabrication and fitting of a [right/left] CROW boot. Weight-bearing status is [non-weight-bearing/protected partial weight-bearing/weight-bearing as tolerated].

The patient demonstrates [right/left] ankle-foot weakness and instability secondary to [diagnosis], with retained passive ankle motion sufficient to benefit from an articulated orthotic design.

Examination demonstrates [dorsiflexion and plantarflexion strength], [ankle range of motion], [varus/valgus instability], and uncontrolled [plantarflexion/dorsiflexion] during gait, resulting in [foot slap, genu recurvatum, excessive tibial progression, knee instability, toe drag, or recurrent falls].

A custom articulated AFO with a [plantarflexion stop/dorsiflexion stop] is medically necessary to provide mediolateral ankle stability while permitting controlled sagittal-plane motion. The stop is required to restrict the specific pathologic motion contributing to the patient’s gait deviation and functional instability.

A prefabricated device is insufficient because of [abnormal anatomy, deformity, longstanding need, tissue-protection requirements, or need for precise multiplanar control].

Refer to Butler Orthotics for custom design, fabrication, fitting, and gait assessment.

The patient presents with [right/left/bilateral] mechanically mediated foot pain associated with [diagnosis]. Symptoms are aggravated by [standing, walking, occupational activity, exercise, or prolonged weight bearing] and interfere with [specific functional activities].

Examination demonstrates [pes planus/pes cavus], [hindfoot valgus/varus], [forefoot posting relationship], [restricted first MTP or ankle motion], [focal plantar pressure or callus pattern], [tenderness], and an abnormal pronatory or supinatory gait pattern.

Treatment with [appropriate footwear, prefabricated inserts, stretching, physical therapy, medication, injections, or activity modification] has not provided adequate relief.

Custom functional foot orthoses are medically necessary to address the patient-specific alignment and biomechanical abnormalities, redistribute plantar loading, improve control of pathologic foot motion, reduce stress on the symptomatic structures, and improve standing and walking tolerance.

Refer to Butler Orthotics for biomechanical evaluation, casting, fabrication, fitting, and follow-up.

The patient demonstrates significant [right/left] ankle-foot weakness, deformity, abnormal tone, or instability secondary to [diagnosis].

Examination demonstrates [manual muscle-test grades], [ankle range of motion], [spasticity or abnormal tone], [varus/valgus deformity], and impaired control of the foot and ankle during stance and swing. Gait is characterized by [toe drag, foot slap, equinovarus, excessive pronation, knee instability, circumduction, hip hiking, or recurrent falls].

The patient remains ambulatory and requires stabilization of the foot and ankle for medical reasons. The documented impairments limit [household ambulation, community mobility, transfers, stairs, work, or activities of daily living].

A custom solid-ankle AFO is medically necessary to provide rigid multiplanar control, stabilize the ankle and hindfoot, maintain appropriate alignment, control pathologic motion, improve stance and swing-phase safety, and reduce the risk of falls or progressive deformity.

A prefabricated AFO is not sufficient because of [significant deformity, abnormal anatomy, longstanding condition, tissue-protection needs, inability to obtain appropriate fit, or need for precise multiplanar control].

Refer to Butler Orthotics for custom evaluation, fabrication, fitting, and follow-up.

The patient has [type 1/type 2] diabetes mellitus, which is currently managed under a comprehensive diabetes treatment plan. A comprehensive foot examination was performed today.

The patient demonstrates the following qualifying foot condition(s): [previous partial-foot amputation, prior foot ulceration, pre-ulcerative callus, peripheral neuropathy with callus, foot deformity, or poor circulation].

Objective findings include [loss of protective sensation, callus location, hammertoe deformity, hallux valgus, prominent metatarsal heads, Charcot deformity, partial-foot amputation, diminished pulses, trophic skin changes, or other findings]. These findings place the patient at elevated risk for ulceration, infection, and additional amputation.

Therapeutic depth shoes and [custom-fabricated accommodative inserts/heat-molded inserts] are medically necessary to accommodate the documented deformity, reduce focal plantar pressure, minimize friction and shear, protect high-risk areas, and reduce the likelihood of ulceration or recurrent skin breakdown.

Refer to Butler Orthotics for diabetic footwear evaluation, measurement, fitting, and objective assessment of shoe and insert fit.

The patient demonstrates [right/left] ankle-foot weakness and impaired lower-extremity mechanics secondary to [diagnosis].

Examination demonstrates [dorsiflexion weakness, plantarflexor weakness, reduced ankle power generation, impaired rollover, reduced step length, compensatory hip hiking or circumduction, decreased walking velocity, or elevated energy expenditure]. Passive range of motion is sufficient to permit use of a dynamic orthotic design.

The patient remains ambulatory but is limited in [community mobility, prolonged walking, work, school, exercise, or uneven-terrain negotiation].

A custom dynamic AFO is medically necessary to provide patient-specific multiplanar control while permitting appropriate controlled motion and energy storage and return. The device is expected to improve swing-phase clearance, stance stability, rollover, gait efficiency, walking endurance, and safety.

Custom fabrication is required because a prefabricated orthosis cannot adequately accommodate the patient’s [anatomy, deformity, alignment, tissue-protection needs, activity demands, or required degree of control].

Refer to Butler Orthotics for dynamic gait evaluation, custom design, fabrication, fitting, and follow-up.

Suggested Physician Documentation

The patient demonstrates right/left lower-extremity weakness resulting in impaired stance-phase stability and abnormal gait mechanics secondary to ____________. Clinical examination reveals excessive knee flexion during stance, quadriceps weakness, diminished push-off, reduced walking efficiency, and increased risk of falls. These deficits significantly impair the patient's ability to safely perform activities of daily living and community ambulation.

Conservative treatment, including physical therapy, strengthening exercises, gait training, and activity modification, has not provided adequate functional improvement.

A ground reaction ankle-foot orthosis is medically necessary to improve lower-extremity alignment, provide an external knee extension moment during stance, improve knee stability, enhance gait efficiency, reduce energy expenditure, and decrease the risk of falls. The patient is expected to benefit from improved walking safety, increased endurance, greater functional independence, and improved overall mobility.

Referral to Butler Orthotics is recommended for comprehensive orthotic evaluation, custom fitting, and ongoing follow-up care.

The patient has symptomatic [right/left] [medial/lateral] compartment knee osteoarthritis, confirmed by [clinical findings and imaging, if available].

The patient reports pain with [standing, walking, stairs, transfers, or prolonged weight bearing], with associated reduction in walking tolerance and performance of activities of daily living.

Examination demonstrates [medial/lateral joint-line tenderness], [varus/valgus alignment], [crepitus], [range-of-motion limitation], [coronal-plane instability], and an antalgic gait. Conservative treatment has included [NSAIDs or other medication, injections, physical therapy, weight-management efforts, activity modification, assistive device use, or prior bracing], without adequate symptom control.

A compartment-unloading knee orthosis is medically necessary to apply a corrective varus or valgus force, reduce loading through the symptomatic compartment, improve coronal-plane stability, reduce pain, and improve functional ambulation.

Refer to Butler Orthotics for evaluation and fitting of a [right/left] [medial/lateral] compartment OA unloader knee orthosis.

The patient is status post [right/left] [great-toe/ray/transmetatarsal/Lisfranc/other partial-foot] amputationsecondary to [etiology].

Examination demonstrates loss of normal shoe volume, altered plantar-pressure distribution, reduced forefoot lever arm, and [residual-foot instability, scar sensitivity, neuropathy, callus formation, previous ulceration, or focal pressure intolerance].

The patient reports difficulty with [shoe fit, balance, push-off, prolonged ambulation, or recurrent skin irritation].

A custom partial-foot insert with longitudinal arch support and toe filler is medically necessary to accommodate the amputation void, stabilize the residual foot within footwear, redistribute plantar pressure, reduce shear, improve shoe fit, protect the residual limb, and improve functional ambulation.

Refer to Butler Orthotics for residual-foot assessment, fabrication, shoe integration, fitting, and follow-up.

Pediatric AFO

The patient is a child with [right/left/bilateral] lower-extremity weakness, abnormal tone, deformity, or gait dysfunction secondary to [diagnosis].

Examination demonstrates [equinus, toe walking, foot drop, crouch gait, varus/valgus deformity, spasticity, poor stance control, delayed gross-motor development, or recurrent falls]. The gait abnormality limits the child’s ability to participate safely in [walking, school, therapy, play, transfers, or other age-appropriate activities].

A custom pediatric AFO is medically necessary to improve lower-extremity alignment, control pathologic ankle-foot motion, improve stance and swing-phase stability, support gait development, reduce falls, and reduce the risk of progressive deformity or contracture.

Custom fabrication is required because of the child’s anatomy, growth, deformity, and need for patient-specific control.

Refer to Butler Orthotics for pediatric orthotic evaluation, casting, fabrication, fitting, and scheduled growth reassessment.

Pediatric SMO

The patient is a child with [right/left/bilateral] foot and ankle instability secondary to [hypotonia, ligamentous laxity, developmental delay, flexible pes planovalgus, neurologic disorder, or other diagnosis].

Examination demonstrates [calcaneal valgus], [excessive pronation], [midfoot collapse], [poor balance], [fatigue], [delayed walking], or recurrent falls. Sagittal-plane ankle motion is adequate, but the child requires increased mediolateral control below the ankle.

Custom supramalleolar orthoses are medically necessary to control hindfoot and midfoot alignment, improve the base of support, improve balance, reduce excessive pronation, and facilitate more stable age-appropriate standing and ambulation without unnecessarily restricting ankle motion.

Refer to Butler Orthotics for pediatric evaluation, custom fabrication, fitting, and growth monitoring.

The patient presents with a [right/left] [foot/ankle] condition requiring temporary immobilization and protected ambulation. The diagnosis is [fracture, high-grade sprain, tendon injury, postoperative condition, stress injury, or other diagnosis].

Examination demonstrates [localized tenderness, edema, ecchymosis, instability, painful or restricted range of motion, impaired weight bearing, or antalgic gait].

A pneumatic walking boot is medically necessary to restrict motion of the involved foot and ankle, stabilize and protect the injured structures, reduce pain, and permit controlled progression of weight bearing consistent with the treatment plan.

Plan: Fit one [right/left] pneumatic walking boot. Weight-bearing status is [non-weight-bearing/partial weight-bearing/weight-bearing as tolerated]. Expected duration of use is [____ weeks].

Suggested Physician Documentation

The patient demonstrates right/left lower-extremity weakness secondary to ____________, resulting in impaired ankle control, inadequate toe clearance during swing phase, gait instability, and increased risk of tripping and falls. Clinical examination demonstrates weakness of ankle dorsiflexion with reduced dynamic control during ambulation while maintaining sufficient range of motion to benefit from a flexible orthotic design.

Conservative treatment, including physical therapy, strengthening exercises, gait training, activity modification, and/or previous orthotic intervention, has not provided adequate functional improvement.

A custom spiral ankle-foot orthosis is medically necessary to improve dynamic ankle-foot stability while allowing controlled physiologic motion during gait. The orthosis is expected to improve toe clearance, enhance mediolateral stability, promote a more natural gait pattern, reduce compensatory movements, improve walking efficiency, and decrease the risk of falls.

Referral to Butler Orthotics is recommended for comprehensive orthotic evaluation, custom fabrication, fitting, and follow-up care.

The patient demonstrates a [right/left] nonfixed ankle plantarflexion contracture or symptomatic plantar fasciitis secondary to [diagnosis].

Passive ankle dorsiflexion measures [____ degrees]. The limitation interferes with, or is expected to interfere with, [standing, gait, transfers, positioning, hygiene, therapy participation, or activities of daily living].

The patient is participating in a treatment program that includes [active stretching, passive stretching, physical therapy, home exercise, or muscle-tendon lengthening activities].

A static positioning AFO is medically necessary to maintain the ankle in a therapeutic position, provide prolonged low-load stretch, preserve or improve range of motion, reduce progression of contracture, and support the established treatment program.

Refer to Butler Orthotics for evaluation and fitting. Recommended wear schedule is [nighttime/____ hours daily/as tolerated].

The patient demonstrates [right/left] ankle dorsiflexion weakness secondary to [diagnosis].

Examination demonstrates ankle dorsiflexion strength of [____/5], with associated [toe drag, foot slap, high-steppage gait, circumduction, hip hiking, reduced gait velocity, recurrent tripping, or falls]. Passive ankle range of motion is sufficient to permit use of an anterior-shell dynamic AFO.

The patient remains ambulatory but requires stabilization of the foot and ankle for medical reasons. The gait impairment limits [household ambulation, community mobility, work, stairs, uneven-terrain negotiation, or activities of daily living].

A prefabricated rigid anterior-tibial-section carbon-fiber AFO is medically necessary to improve swing-phase toe clearance, control foot slap, assist ankle-foot stability, improve rollover and gait efficiency, reduce compensatory proximal movements, and reduce the risk of tripping and falls.

Refer to Butler Orthotics for evaluation, fitting, footwear assessment, gait training, and follow-up.