Our Centerville podiatry practice serves patients throughout the Greater Dayton area, and we're continuing to build a team of caring, motivated professionals who take pride in helping people and making a difference every day.

If you're looking for more than just another job—if you want an opportunity where your ideas, initiative, judgment, and compassion are valued—we'd like to hear from you.

Build Your Career With a Growing Dayton-Area Podiatry Practice

Growth isn't just about seeing more patients or expanding what we do. It's about bringing the right people together.

At Sunshein Podiatry, we believe a great medical practice starts with a great team. We want people who care about the patients they serve, support the people they work alongside, and are always looking for ways to make the practice better.

We're particularly interested in people who want to learn, take ownership of their responsibilities, solve problems, and develop professionally as the practice continues to grow.

Want to learn more about who we are? Visit our About Sunshein Podiatry page or meet our foot and ankle care team.

To Apply Please Email Info@Sunsheinpodiatry.com

Who We're Looking For

Skills and experience matter, but they're only part of what makes someone successful at Sunshein Podiatry. We're looking for people with the character, judgment, and attitude to become an important part of our team.

Someone who thrives here is:

• Caring and empathetic. You treat patients and coworkers with compassion, patience, and respect.
• Honest and dependable. You communicate openly, follow through on commitments, and do the right thing even when no one is watching.
• A critical thinker. When a problem comes up, you don't simply wait for someone else to solve it. You evaluate the situation, consider the options, and help determine the best way forward.
• Proactive. You look ahead, recognize potential problems, and take appropriate action before small issues become bigger ones.
• A self-starter. You can take responsibility for your work and remain productive without needing constant direction.
• Teachable and coachable. You enjoy learning, welcome constructive feedback, and understand that even experienced professionals can continue to improve.
• Comfortable communicating honestly. Great teams need people who can respectfully share ideas, raise concerns, and offer a different perspective when necessary.
• Resilient. Medical offices can be busy. You can adapt to challenges, stay focused, and keep moving forward when the unexpected happens.
• Confident without having an ego. You trust your judgment while remaining open-minded enough to listen, learn, and change direction when a better solution is available.

A Workplace Where Initiative Matters

We're not simply looking for someone who can complete a checklist of assigned tasks. We want team members who think about the bigger picture.

That means noticing when something could be improved. Asking thoughtful questions. Looking for solutions. Helping teammates when the day gets busy. Recognizing what patients need and doing your part to create a positive experience.

The right team member should be comfortable accepting responsibility and working independently while also understanding that excellent patient care requires everyone to work together.

In short, we're looking for people who combine compassion with good judgment, confidence with humility, and independence with teamwork.

To Apply Please Email Info@Sunsheinpodiatry.com

Current Career Opportunities at Our Centerville, Ohio Office

As Sunshein Podiatry continues to grow, we are currently accepting applications from people interested in becoming part of our medical office team.

Depending on the current needs of the practice, career opportunities may include positions such as:

• Medical assistants
• Front desk and patient service professionals
• Medical office and administrative staff
• Billing and support professionals
• Other practice support roles

Previous medical or healthcare experience can certainly be valuable, but experience isn't the only thing we consider. For the right position and candidate, attitude, initiative, willingness to learn, and alignment with our practice culture can be just as important.

Why Consider a Career With Sunshein Podiatry?

Sunshein Podiatry is an independent foot and ankle practice located in Centerville, Ohio. Our team cares for people from Centerville, Dayton, Kettering, Beavercreek, Miamisburg, and communities throughout the Miami Valley.

Our focus is not simply on treating a condition. We take the time to understand each patient's goals, determine what's preventing them from doing the things they enjoy, and help create a path forward.

That philosophy extends to our team as well. As the practice grows, we want to build an environment filled with people who care about what they do, want to continue developing their abilities, and understand the difference an exceptional patient experience can make.

You can learn more about our practice philosophy on our About Us page.

Could You Be the Next Great Addition to Our Team?

You don't have to know everything on your first day. You do need to be willing to learn.

You don't have to have an answer to every problem. You should be willing to help find one.

And you don't have to be perfect. We're looking for people who are dependable, compassionate, resourceful, open-minded, and committed to becoming better at what they do.

If that sounds like you, we'd like to learn more about you.

Apply to Join Sunshein Podiatry

If you're interested in a podiatry career or medical office job in Centerville or the Greater Dayton area, please send us your resume and a brief cover letter introducing yourself and explaining why you believe you'd be a good fit for the Sunshein Podiatry team.

We're growing—and the right person may be exactly who we need for the next chapter.

To Apply Please Email Info@Sunsheinpodiatry.com

Frequently Asked Questions About Careers at Sunshein Podiatry

Where is Sunshein Podiatry located?

Sunshein Podiatry Associates is located at 6474 Centerville Business Parkway in Centerville, Ohio 45459, serving patients from throughout the Greater Dayton and Miami Valley area.

What types of jobs may be available at Sunshein Podiatry?

As the practice grows, opportunities may become available for medical assistants, front desk and patient service professionals, administrative staff, billing professionals, and other medical office support positions. Available positions may change based on the current needs of the practice.

Do I need previous podiatry or medical office experience?

Relevant healthcare and medical office experience can be beneficial and may be preferred for certain positions. However, Sunshein Podiatry also values qualities such as initiative, compassion, critical thinking, dependability, coachability, and a willingness to learn. Qualifications will depend on the specific position.

What qualities does Sunshein Podiatry look for in new team members?

We're looking for caring, honest, motivated people who can think independently, communicate respectfully, solve problems, accept feedback, adapt to challenges, and provide an exceptional experience for patients and coworkers.

How can I apply for a position at Sunshein Podiatry?

Interested candidates can submit a resume and cover letter introducing themselves and explaining why they would be a strong fit for our growing team. We encourage qualified candidates to reach out even as our specific staffing needs change over time. To Apply Please Email Info@Sunsheinpodiatry.com

Key Takeaways:

Children ages 6–13 are in a critical window for foot development. Bones are still forming, and early support can help prevent the pain patterns that often follow kids into adulthood. If your child is complaining of leg or foot pain after activity, tripping frequently, wearing down one side of their shoes unevenly, or avoiding physical activity they used to enjoy, those are signs worth evaluating. Dr. Sunshein's full-contact custom orthotics are built around the actual shape of each foot — including differences between the left and right — because the foot functions like a tripod with multiple arches, and when one isn't properly supported, the body compensates in ways that can affect the knees, hips, and lower back. A pediatric evaluation at Sunshein Podiatry is straightforward and low-pressure, with no procedures involved, just a clear picture of what's happening before any decision is made. Not every child needs orthotics, but if your child is showing symptoms, the 6-to-13 window is the right time to find out.

Back to school means new shoes, new gear, and — for a lot of Dayton-area parents — new questions about whether their child's feet are developing the way they should. If your child has been complaining about leg pain after sports, tripping more than their friends, or wearing down one side of their sneakers faster than the other, those aren't things to brush off. They're often early signals that a child's foot structure may benefit from support.

Custom orthotics for kids can be a meaningful tool during the years when bones are still forming — roughly ages 6 through 13. The decisions made during this window can influence how a child moves as a teenager and an adult. But not every child who walks with a slight turn or rolls their foot inward needs orthotics, and a proper evaluation is the only way to know for sure.

This guide covers what to watch for, what a pediatric orthotics evaluation involves, and what sets a truly well-fitted custom orthotic apart from a basic insert.

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Signs Your Child May Benefit From a Foot Evaluation

Children don't always have the vocabulary to describe foot or leg discomfort clearly. They might say their legs feel "tired" after short walks, or that they don't want to play outside anymore. Other times, the signs show up in how they move rather than what they say.

Consider scheduling an evaluation if your child shows any of the following:

• Frequent complaints of foot, arch, or leg pain — especially after physical activity or at the end of the school day.
• In-toeing or out-toeing — feet that consistently point inward or outward when walking.
• Uneven shoe wear — one side of the heel or sole breaking down significantly faster than the other.
• Flat feet with symptoms — many children have flat arches, but when flatness causes pain or affects gait, it's worth a closer look.
• Frequent tripping or clumsiness — beyond what's typical for their age.
• Avoidance of physical activity — reluctance to run, play sports, or participate in gym class that wasn't there before.

None of these signs alone is a diagnosis. However, they merit further investigation from a podiatrist.

Why Ages 6–13 Matter

The bones in a child's foot are not fully formed until the mid-teen years. During the 6-to-13 window, the foot is responsive to support in ways that an adult foot simply isn't. Addressing structural concerns during this developmental phase, before growth plates close and movement patterns become deeply established, gives children a better opportunity to avoid the pain patterns that can follow them into adulthood.

Dr. Kevin Sunshein has observed this firsthand in his practice. Some of the adult patients he treats today might have had an easier path if their foot structure had been supported earlier. That perspective shapes how he approaches pediatric evaluations: not with the assumption that every child needs intervention, but with the understanding that when something is off, this is the time to address it.

Can Kids That Young Actually Be Fitted for Custom Orthotics?

Yes. Children as young as 6 can be fitted for custom orthotics, provided their foot structure is developed enough and their symptoms warrant it. A custom orthotics podiatrist at Sunshein Podiatry begins with a thorough assessment of your child's gait, arch structure, and alignment—not a one-size-fits-all approach.

Dr. Sunshein looks at the full structure of the foot, which functions more like a tripod than a simple flat surface — with multiple arches running along the inside, outside, and across the base of the foot. When one or more of those arches isn't properly supported, the whole structure shifts, and the body begins to compensate. That compensation can travel upward over time into the knees, hips, and lower back.

The goal is to understand how your child's feet are actually functioning, not just how they look standing still.

What Makes a Full-Contact Custom Orthotic Different

Parents often ask whether the insoles available at a pharmacy or sporting goods store are "good enough." For minor cushioning needs, they may help. But an over-the-counter insert is built for a generalized foot shape — it addresses padding, not the specific biomechanical needs of your child's foot.

At Sunshein Podiatry, the approach to custom orthotics goes beyond standard devices. Dr. Sunshein designs what he refers to as full-contact custom orthotics devices built to support the full architecture of the foot in its most natural, efficient position, rather than simply controlling motion at the heel.

One detail that often surprises parents: your child's left and right feet may not be identical. One arch may sit lower than the other, which can cause one leg to function as though it's slightly shorter and force the body to compensate throughout the knees, hips, and pelvis. Dr. Sunshein's approach accounts for that asymmetry directly — the left and right devices are designed to match each foot's individual shape, rather than being mirror images of the same generic mold.

The materials used matter as well. Dr. Sunshein uses a stronger, more resilient plastic that can handle a higher arch and greater pressure than what's typically found in standard orthotic devices — including a "memory" quality that allows the device to be adjusted if needed over time.

These are not ordinary orthotics. They are designed for patients, including children, who need real structural support rather than just a comfortable insert.

What to Expect at a Pediatric Orthotics Evaluation

An evaluation at Sunshein Podiatry is straightforward and low-pressure. 

During the visit:

1. Dr. Sunshein will observe how your child stands and walks.
2. He'll examine the foot's structure, arch shape, flexibility, and any asymmetry between the feet.
3. He'll discuss what he sees with you in plain language and answer your questions.
4. If orthotics are recommended, a precise impression of your child's foot will be taken to build a device specific to their anatomy.

The goal is to give you a clear picture of what's happening and what, if anything, makes sense to do about it.

A Few Things Parents Often Ask

Will my child have to wear orthotics forever?

Not necessarily. Some children use orthotics during a critical growth phase and no longer need them once their foot structure matures. Others benefit from ongoing support. It depends on what's being addressed.

Will orthotics slow down my child's activity?

Full-contact custom orthotics are designed to fit inside regular shoes, including athletic footwear. Most children adapt quickly and many become more comfortable being active, not less, once their support needs are met. You can't stay active if your feet hurt, and that applies to children as much as adults.

Why hasn’t my child's pediatrician mentioned this?

Pediatricians provide excellent general care, but foot and ankle biomechanics are a podiatrist's area of focus. The two evaluations are complementary, not competing. If you have a specific concern about how your child moves or the pain they're reporting, a podiatric assessment is appropriate regardless of whether it's come up at a wellness visit.

Taking the Next Step

If you've noticed any of the signs described above, or if your child has been telling you their legs or feet hurt, a conversation with a children’s foot care podiatrist is a reasonable first step, not an overreaction.

Our Centerville office welcomes patients from throughout the greater Dayton area. Same-day appointments are often available.

You can also read about full-contact custom orthotics and our 90-day satisfaction guarantee, explore common foot and ankle conditions we treat, or start with our free foot care guide if you're just beginning to think about these issues.

Key Takeaways:

Plantar fasciitis that keeps returning despite stretching and rest often points to an underlying biomechanical issue that standard treatments cannot fully address. Full-contact custom orthotics prescribed by a podiatrist are designed to support the foot's complete structure, not just cushion the heel—so the plantar fascia can heal and stop being aggravated with every step. If you've been managing the same heel pain for months without lasting relief, a biomechanical evaluation at Sunshein Podiatry in Centerville may reveal what's keeping the pain in place.

You did everything right. You rested. You stretched every morning before your first step. You bought a better pair of running shoes and swapped out the insoles for over-the-counter arch support. The sharp, stabbing heel pain of plantar fasciitis eased for a while, and then it came back.

This is one of the most common patterns we see at Sunshein Podiatry in Centerville. Patients plateau on conservative home care, not because those treatments are worthless, but because they treat the symptom—inflammation and pain—without correcting the structural reason the plantar fascia keeps getting re-stressed. For many people, that structural reason is biomechanics, and the fix that breaks the cycle is a pair of precisely fitted, full-contact custom orthotics.

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Why Plantar Fasciitis Keeps Coming Back

The plantar fascia is a thick band of connective tissue that runs along the bottom of the foot from the heel bone to the toes. Its job is to support the arch and absorb the forces of walking, standing, and running. When it's exposed to more stress than it can handle—whether from overuse, poor mechanics, or both—small tears develop, and repeated strain on those tears leads to the pain and inflammation of plantar fasciitis.

Stretching and rest help calm that inflammation. What they often can't do is change the underlying mechanics that created the problem. If your foot lands, rolls, and loads in a way that places excessive strain on the fascia, the tissue will keep tearing and the pain will keep returning—no matter how faithfully you do your morning stretches.

The Role of Foot Structure and Asymmetry

Think of the foot as a tripod, a structure with multiple arches that distribute weight and absorb impact across the entire foot. When one or more of those arches is lower, flatter, or differently shaped than it should be, the entire weight-bearing system compensates. For many patients, the two feet aren't even symmetrical with each other. One arch may sit lower, making one leg appear slightly shorter and forcing the knee, hip, and lower back to adapt with every step.

That compensation increases the mechanical stress on the plantar fascia—particularly when it isn't being supported in its most natural, efficient position. The more asymmetry involved, the harder it is for the tissue to heal, because healing requires reduced load, and reduced load requires the right structural support.

Where Stretching and OTC Inserts Fall Short

Stretching exercises, particularly calf and plantar fascia stretches, are valuable for reducing tension and improving tissue elasticity. Physical therapy can build supporting muscle strength and reduce the forces that reach the fascia during activity. plantar fasciitis pain Is treatable, and these treatments are a necessary part of most plantar fasciitis treatment plans.

The limitation is that they stop working the moment you stand up and load your foot again. If the mechanics of how your foot strikes, rolls, and pushes off are contributing to the problem, no amount of stretching will change that once you're on your feet.

Over-the-counter insoles have a similar ceiling. Generic arch supports can reduce some impact and provide a degree of cushioning. But they are designed around an average foot shape—they can't account for the specific contour of your arches, the degree of asymmetry between your feet, or the individual way your foot loads under your body weight. They cushion; they don't correct.

How Full-Contact Custom Orthotics Address the Root Cause

Full-contact custom orthotics are different from both generic insoles and many standard custom devices. Rather than simply adding cushioning or controlling motion primarily at the heel, they are designed to support the foot's complete arch structure—the inside arch, the outside arch, and the arch across the ball of the foot—placing the foot in its most natural, mechanically efficient position.

For heel pain and plantar fasciitis, a heel pain podiatrist can provide full-contact support to help prevent the plantar fascia from being overstretched and re-torn with every step. Instead of absorbing excessive load at the heel, forces are distributed more evenly across the foot the way they're supposed to be. The fascia gets the mechanical rest it needs to actually heal—not just feel better temporarily.

Built Around Your Actual Foot—Not a Generic Template

One of the most important distinctions with the orthotics Dr. Sunshein prescribes is that they are built around the patient's individual anatomy. Because most people's feet are not symmetrical, the left and right devices are often shaped quite differently from one another, reflecting the actual differences in arch height, foot structure, and load distribution between feet.

This matters because a one-size-fits-both device will always leave one foot under- or over-supported. The more asymmetry present, the more the body has to compensate—and that compensation is often exactly what's been keeping your plantar fasciitis from resolving.

Material That Can Handle the Job

Full-contact orthotics require a stronger, more resilient material than typical devices because they provide a higher level of structural support. The plastic used in these orthotics has the durability to maintain a taller arch without cracking under pressure—and it has "memory," meaning if it is compressed over time, it can be reshaped rather than replaced. This contributes to a longer useful life and more consistent performance.

Signs That Custom Orthotics May Be the Missing Piece for You

Not every case of plantar fasciitis requires custom orthotics—some patients respond well to stretching, activity modification, and prefabricated arch supports. But if any of the following apply to you, a biomechanical evaluation is worth pursuing:

• Your plantar fasciitis has lasted more than three to six months despite consistent conservative treatment.
• The pain improves but returns reliably after periods of increased activity or prolonged standing.
• You have noticeably flat feet, high arches, or one foot that rolls in more than the other.
• You stand or walk for long hours at work—as a teacher, health care worker, or someone in a labor-intensive field.
• You are an active person who wants to keep exercising, traveling, or enjoying daily life without pain slowing you down.
• You've tried retail inserts and felt some improvement, but the relief didn't hold.

What to Expect at Sunshein Podiatry

A comprehensive evaluation at Sunshein Podiatry begins with a thorough assessment of your foot structure, gait, arch characteristics, and the degree of asymmetry between your feet. This isn't a quick scan and a generic prescription—it's a biomechanical examination designed to understand how your feet actually function and what they specifically need.

For patients with mild to moderate heel pain, heel pain relief with custom orthotics may be an option when prefabricated arch supports from The Foot Stop Store in our office aren't enough. For patients whose foot structure, level of asymmetry, or history of non-response to conservative care calls for a more precise solution, full-contact custom orthotics offer the level of individualized support that generic options simply can't provide.

In cases where inflammation has been persistent, Dr. Sunshein may also discuss whether MLS laser therapy or shockwave therapy (ESWT) could accelerate tissue healing as part of a combined treatment plan. The goal is always to address both the inflammation that's causing your pain right now and the structural factors that have been allowing it to return.

You can't stay active if your feet hurt. If plantar fasciitis has been limiting your mornings, your workdays, or your ability to do the things you enjoy, a Custom Orthotics Podiatrist at our Centerville office can provide a practical next step toward lasting relief.

Key Takeways:

When one foot has a lower arch than the other, it can create a functional leg-length difference that shows up as hip, low-back, or sacroiliac pain, even when imaging reveals no structural problem. Because most custom orthotics are made symmetrically, leg asymmetry often goes uncorrected. At Sunshein Podiatry Associates, Dr. Kevin Sunshein builds each custom orthotic around the actual structure of each individual foot, addressing side-to-side differences that standard devices tend to miss.

You’ve been to the chiropractor. You’ve tried physical therapy. Your low-back MRI came back as "normal." And yet something still feels off, like one hip is sitting higher than the other, or your pelvis tilts slightly to one side, or you have an ache in your sacroiliac joint that no one can fully explain.

The answer may not be in your spine at all. It may be at the very bottom of your foundation: the differences between your left and right foot. Differences in your feet can actually cause leg-length discrepancies, leading to hip, back, or other pain that doesn’t go away on its own.

At Sunshein Podiatry Associates, Dr. Kevin Sunshein regularly sees patients whose unexplained hip, pelvic, and lower back pain stems from asymmetric arches, or one foot carrying more arch height than the other. It is one of the most missed diagnoses in musculoskeletal care, and it is one that a podiatrist with a deep understanding of foot biomechanics is often best positioned to find.

What Is Functional Leg Length Discrepancy?

There are two kinds of leg-length discrepancy. A structural discrepancy means the bones themselves are different lengths: one femur or tibia is literally shorter than the other, something measurable on X-ray.

A functional leg-length discrepancy is different. The bones are equal in length, but the way your body moves and distributes load makes each leg feel and function as if they’re different lengths.

Foot asymmetry is one of the most common drivers of the functional variety. When one arch collapses more than the other under body weight, the leg on that side drops lower. The pelvis follows, tilting away from its neutral position. From there, the low back compensates to keep the eyes and head level, and soft tissue on the tighter side begins to strain. The body is doing exactly what it is designed to do —adapting to stay upright. But those adaptations cost something over time.

Dr. Sunshein describes this dynamic as the table-leg problem: if one leg of a table is shorter than the others, the table wobbles. Shim just one leg, and the entire table stabilizes. The feet work the same way.

Why Asymmetric Arches Create Problems Up the Kinetic Chain

The foot is not an isolated structure. As the practice's overview of knee, hip, and back pain related to foot problems explains, the feet connect directly to the ankles, which connect to the legs, which connect to the knees, hips, and spine. An abnormality at the bottom of that chain does not stay at the bottom.

When one foot overpronates more than the other — rolling inward as the arch flattens under load — several things happen simultaneously:

• The lower leg on that side internally rotates more than its partner.
• The knee tracks inward and absorbs asymmetric stress with each step.
• The hip on the pronating side drops, shifting the pelvis out of level.
• The lumbar spine curves laterally to compensate, loading the facets and sacroiliac joints unevenly.
• Muscles along the entire chain — calves, hamstrings, hip flexors, and paraspinals — tension differently on each side.

The result can be persistent pain that moves around. One day it is the left hip. The next it is the right side of the low back. The week after, the SI joint. Because the pain is not originating where it hurts, standard treatments that address the hip or spine directly may bring only partial or temporary relief. The underlying driver — one foot loading differently than the other — keeps restarting the cycle.

This is why pronation and its effects on overall body mechanics deserve careful evaluation, not just a quick look at the foot that hurts.

Why Standard Orthotics Often Miss This

Many conventional orthotics, including devices produced from scan-based technology, generate a left and a right device that look nearly identical, because the fabrication process applies the same correction to both feet. If a patient's arches happen to be the same height and shape on each side, that works fine. But very few people's feet are symmetrical. When one arch is significantly lower than the other, a matching pair of orthotics still leaves the asymmetry in place. The device may reduce overall pronation, but it does not correct the difference between the two sides, and that difference is what is driving the functional leg-length problem.

Dr. Sunshein's approach is built on a different premise. He thinks of the foot as a tripod supported by multiple arches: the inside arch, the outside arch, the arch across the ball of the foot, and the arch along the top of the foot. He designs each orthotic to support that full structure based on how that specific foot actually presents. The result is that a patient's left and right devices often look quite different from each other, because the patient's left and right feet are quite different from each other. That individualized construction is at the core of what makes these full-contact custom orthotics distinct.

Material and Height Matter Too

Correcting foot asymmetry also requires a device that can actually hold the arch where it needs to be. Dr. Sunshein uses a specially selected plastic with structural memory, one that can handle the pressure of a higher, fuller arch without cracking or flattening over time. Because his orthotics are built to provide more complete arch contact than typical devices, they are intentionally higher than what most patients expect. That height is not incidental. It is what makes the correction work, both for the foot itself and for the alignment cascade above it.

What Symptoms Suggest Foot Asymmetry May Be the Culprit?

The presentation of functional leg-length discrepancy from foot asymmetry varies from patient to patient. Some people notice obvious postural changes, such as one shoulder that sits lower, uneven wear on the heels of their shoes, or a sense that one hip is higher than the other when they stand. Others come in with pain that has been attributed to everything except the feet. Common patterns that prompt Dr. Sunshein to look at arch asymmetry include:

• Chronic low-back or sacroiliac pain that returns after treatment or does not fully respond to it
• Hip pain on one side, especially around the greater trochanter or in the gluteal muscles
• Knee pain on the side of the lower arch, which is absorbing greater inward rotation stress
• Uneven shoe wear, with one sole breaking down faster than the other
• A feeling of walking "unlevel" or of one leg being heavier or more fatigued

Because these symptoms can have multiple causes, Dr. Sunshein performs a thorough evaluation that includes examining the feet bilaterally, assessing how each foot loads under weight, and looking at the relationship between foot posture and pelvic alignment. X-rays may also play a role. The goal is to understand not just what hurts, but why, and whether the foundation is part of the answer.

How Full-Contact Custom Orthotics Address the Asymmetry

When foot asymmetry is identified as a contributing factor, the orthotics Dr. Sunshein fabricates are designed to address the two feet independently. The device for the flatter foot is built to provide more substantial arch support, lifting that side closer to the level of its partner and, in doing so, reducing the functional height difference between the two legs. The orthotic for the other foot is shaped to support its actual anatomy without over-correcting it.

When it works as intended, the effect can travel upward through the entire kinetic chain. The pelvis levels out. The low back no longer has to compensate for a tilted base. Muscles that have been working overtime on one side get to relax. Patients who have been dealing with heel pain, hip discomfort, and unresolved back pain simultaneously sometimes find that all three improve together — because they were all downstream effects of the same upstream problem.

Why This Diagnosis Requires More Than a Scan

One reason functional leg-length discrepancy from foot asymmetry goes undetected so often is that it does not show up on the imaging tests most providers order. An MRI of the lumbar spine will not reveal that one arch is lower than the other. A hip X-ray will not capture the way the foot pronates differently on each side during walking. Even a standard podiatric scan can miss the nuance if the practitioner is not specifically assessing bilateral arch symmetry and its relationship to pelvis and spinal alignment.

Dr. Sunshein's evaluation goes beyond the scan. It draws on a deep understanding of foot biomechanics, an area of podiatric medicine that has become less common as more practitioners move toward surgical specialization. His assessment of each patient's foot structure, combined with attention to how that structure influences the body above it, is what allows him to identify the compensations that other evaluations tend to overlook.

For patients who have tried multiple providers without finding relief, it may be worth asking whether the feet have ever been properly evaluated for asymmetry and, if they use orthotics, whether the orthotics were designed to address it.

Understanding how to keep feet healthy and well-supported is a foundational step toward full-body comfort — something the practice covers in depth in its free foot care guide for patients throughout the greater Dayton area.

Key Takeaways

Vacation foot pain is not simply about walking too far — it is about what eight or more hours on hard, unforgiving surfaces reveals about the way your feet are built. Underlying biomechanical inefficiencies that stay manageable in daily life get amplified dramatically by theme park pavement, cobblestones, and cruise ship ports. Getting evaluated for custom orthotics before your next trip is the most effective step you can take to stay on your feet and enjoy every mile.

It follows the same script on almost every trip. You arrive full of energy, spend the first full day logging miles through a theme park or along cobblestone streets, and wake up the next morning wondering if something is seriously wrong with your feet. By day three, your heels are burning, your arches have stopped cooperating, and the vacation you spent months planning has turned into a daily negotiation with foot pain.

The most common explanation people reach for is that they simply walked too much. But plenty of people walk long distances every day without this level of pain. What vacation walking actually does is expose and amplify any biomechanical inefficiencies that you have. Regular walking may not trigger them, but extended walking on hard surfaces can. When those inefficiencies meet eight or more hours on hard, flat, unforgiving surfaces, the result is pain that can ruin mornings and cut trips short.

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Why Vacation Walking Hits Different Than Everyday Steps

Your regular walking life involves a mix of surfaces, short bursts of movement, and regular seated breaks. Vacation walking is a different category of demand entirely. A single day at a major theme park averages eight to twelve miles. A European city itinerary covers similar distances on centuries-old stone that was not designed with modern foot health in mind. A national park day hike accumulates elevation and impact that your feet may not be conditioned for. A cruise port day stacks hours of hot pavement on top of an already full week.

The critical factor is the surface. Modern concrete, tile, and paving stone create repetitive impact forces that the human foot was not designed to absorb for hours at a stretch. The muscles, tendons, and ligaments that support the arch of the foot were built to handle natural, varied terrain that gives slightly underfoot, shifts the contact point with each step, and allows the foot to function the way it evolved to function. Hard, flat surfaces offer almost none of that natural variation, and after enough hours, even structurally healthy feet begin to feel it.

For people whose feet function efficiently and are well-supported, a long vacation day is tiring. For people with low arches, high arches, overpronation, or any structural imbalance that makes the foot work harder than it should, that same day produces the kind of pain that carries into the next morning and the one after that. If your discomfort persists, a heel pain treatment podiatrist can identify the underlying cause and recommend the most effective treatment. Our page on heel pain treatment in Centerville explains how the arch and heel interact under sustained load and why certain structural patterns make hard-surface walking so punishing.

What Is Actually Happening Inside Your Feet

The foot is a complex structure built around multiple arches that work together as a shock-absorbing, weight-distributing system. There is an inside arch, an outside arch along the lateral edge, an arch across the ball of the foot, and a secondary arch along the top of the foot. When all of those structures are adequately supported and functioning efficiently, the body can handle significant mileage without breaking down. When any of those structures are underperforming, the body compensates, and high-mileage days reveal the cost of that compensation in the form of pain.

Here are the most common patterns we see:

Plantar Fasciitis and Arch Collapse

When the muscles and tendons supporting the arch fatigue under sustained load, the arch drops and the plantar fascia — the thick band of connective tissue running along the bottom of the foot — becomes overstretched. The result is the sharp, burning heel pain that greets you when you step out of bed the next morning, worst with the first few steps and often easing somewhat as the foot warms up. Plantar fasciitis is one of the most common conditions we treat, and a single high-mileage day on hard pavement is one of its most reliable triggers for people who are already susceptible.

Overpronation and Downstream Knee or Hip Pain

Overpronation—the foot rolling excessively inward with each step—is manageable at everyday distances. Over the course of a ten-mile theme park day, it creates cumulative rotational stress on the ankle, knee, and hip. Many travelers who return home with knee soreness or hip tightness after a big trip are actually experiencing the downstream effects of a foot mechanics problem, not a structural knee or hip injury. A pronation treatment podiatrist can evaluate your gait, identify abnormal rolling patterns, and recommend personalized treatment. Our page on pronation treatment explains how these abnormal rolling patterns create pain throughout the lower body. .

Forefoot Pain and Ball-of-Foot Pressure

Hard, flat surfaces concentrate pressure under the ball of the foot with every step. For people with high arches or structurally insufficient forefoot support, this produces a burning, bruised sensation in the front of the foot by mid-afternoon — a condition called metatarsalgia. Unlike heel pain, which tends to ease once the foot warms up, forefoot pain from a long day on hard surfaces often gets progressively worse as the day continues.

General Arch and Ankle Fatigue

Even without a specific diagnosable condition, prolonged hard-surface walking fatigues the small stabilizing muscles of the foot and ankle faster than varied terrain does. Once those muscles give out, the foot loses its natural shock-absorbing capability and each subsequent step delivers more impact to the bones and soft tissue beneath. The deep, diffuse ache that settles into the entire foot by evening is often this — not injury, but exhaustion of a system that has been working harder than it was designed to.

Why Better Shoes Alone Are Not Enough

The most common preparation people make before a big walking trip is to buy a new pair of supportive shoes. This is reasonable, but it addresses only part of the problem because the issue is not primarily the shoe. It is the foot inside the shoe.

A supportive athletic shoe provides a generalized level of cushioning and structure built around an average foot. It does not correct overpronation in any meaningful clinical sense. It does not account for the difference between your left arch and your right arch. It does not place each foot in its most mechanically efficient position for sustaining hours of forward motion on concrete. For a foot that is close to biomechanically average, a good shoe is sufficient. For a foot with meaningful structural variation — which describes a significant portion of the population — a good shoe delays the problem rather than prevents it.

The same limitation applies to over-the-counter insoles. These provide cushioning but not correction. They are built for a generic foot, which means they can improve comfort at low mileage while doing little to prevent the mechanical breakdown that produces real pain at high mileage. What changes the outcome is foot support built around the actual structure of your feet: both arches supported fully and correctly, any asymmetry between the left and right foot accounted for, and the whole system positioned to move as efficiently as possible under sustained demand. A custom orthotics podiatrist can evaluate your foot mechanics and design orthotics tailored to your unique structure for better long-term support.

Our page on full-contact custom orthotics explains how premium orthotic devices differ from both store-bought insoles and standard orthotic designs at the level of materials, fit, and mechanical support.

An Immediate-Relief Framework for Mid-Trip Foot Pain

If you are already mid-trip and dealing with significant foot pain, the following steps can help reduce discomfort and allow you to keep going — though none of them address the underlying mechanics.

• Build in afternoon rest breaks. Even 20 to 30 minutes of sitting allows the plantar fascia and arch muscles to partially recover before the second half of the day.
• Ice the heels and arches in the evening. A cold water soak or ice pack applied to the bottom of the foot for 15 to 20 minutes reduces overnight inflammation significantly.
• Elevate your feet above heart level when resting. This reduces swelling in the arch and forefoot and speeds overnight recovery.
• Stretch before standing in the morning. Pulling the toes back toward the shin while still in bed stretches the plantar fascia before your first steps and reduces the severity of morning heel pain.
• Rotate between two pairs of shoes if possible. Alternating footwear throughout the day changes the pressure distribution on the foot and reduces the cumulative load on any single tissue.

These steps manage the symptoms in the moment. They do not change the mechanics that are producing those symptoms, which means the same pain will return on the next high-mileage day — and typically gets a little worse each year as the underlying issues progress.

The Real Fix: Getting Evaluated Before You Go

The most effective preparation for a high-mileage trip is not buying better shoes before you leave. It is having your foot mechanics properly evaluated by a podiatrist who will examine both feet individually, assess the full structure of your arches, identify any asymmetry between the two sides, and fit you with orthotics built around your actual anatomy.

Premium full-contact custom orthotics are designed to place each foot in its most mechanically efficient position for movement. Because most people's feet are not structurally identical, the left and right devices are often built differently — a visible difference that reflects the real differences in the patient's anatomy. The goal is to level the foundation so the body above it can move without compensating, which is what allows someone to walk ten miles on pavement and feel tired at the end of the day rather than injured.

The material used in the orthotic matters as well. Supporting a fuller arch or correcting a more significant structural pattern requires a plastic with enough resilience to hold its shape under the demands of sustained, high-impact walking — not a generic insert material that compresses and loses its corrective function after a few hours of hard use.

For patients dealing with plantar fasciitis or soft tissue damage that has developed from prior high-mileage trips, orthotic therapy may be combined with other treatments to accelerate healing before the next trip. MLS laser therapy and shockwave therapy can address chronic inflammation and tendon irritation that has built up over time, making orthotics more effective from day one.

Timing: When to Come In Before a Trip

Ideally, a podiatric evaluation and orthotic fitting happen at least several weeks before a major trip. That window gives you time to receive your devices, begin wearing them regularly, and allow your feet to adapt to the improved support before you ask them to perform under high-demand conditions. Orthotics work best after the foot has had time to adjust to the new positioning — not when they are brand new and worn for the first time on a ten-mile park day.

If you are between trips right now and your feet are still recovering from the last one, this is still the right time to come in. Plantar fasciitis and overuse injuries that develop during travel do not always resolve fully on their own, and leaving them unaddressed makes the next high-mileage day more damaging.

Our blog post on how to find heel pain relief with custom orthotics walks through the treatment approach for plantar fasciitis and related conditions that frequently carry over from travel. For active patients who also deal with recurring sports-related foot stress, our page on foot and ankle sports injuries covers how orthotics fit into a broader plan for keeping the foot resilient under repeated demand.

You Should Not Have to Plan Your Trip Around Your Feet

Vacation foot pain is so common that most people treat it as an unavoidable cost of the trip. It is not unavoidable — it is predictable, and for most people, it is preventable with the right foot support in place before the first day begins.

If you have been coming home from vacations needing days to recover from foot pain, or if you find yourself cutting days short or sitting out activities because your feet cannot keep up, that pattern is worth addressing before the next trip. At Sunshein Podiatry Associates, we evaluate the full structure of both feet, identify the biomechanical factors driving your pain, and build an orthotic solution around your specific anatomy and activity goals — so you can stay on your feet for every mile of wherever you are going next.

Learn more about how to alleviate foot pain with custom orthotics for Dayton-area patients and what to expect at your first visit.

Key Takeaways

Most people's feet are not the same size or shape, and when one arch sits lower than the other, that leg effectively becomes shorter — creating uneven stress that travels up through the knees, hips, and back. The body compensates for this difference with every single step, which is why one-sided foot pain often lingers or migrates even after rest and standard treatments. Full-contact custom orthotics built for each foot individually — rather than as a mirror pair — address the root cause of asymmetry-driven pain and help the body move more efficiently from the ground up.

You notice it on a Tuesday morning: your right heel aches, your right knee has been nagging you for weeks, and even your lower back tends to tighten on one side. Your left foot? Perfectly fine. If you've ever wondered why only one foot — or one side of your body — seems to absorb all the punishment, the answer almost always starts at the foundation. Most people assume their feet are mirror images of each other. They are not, and that difference matters more than most people realize.

At Sunshein Podiatry Associates, we evaluate foot structure the way a structural engineer evaluates a building: with attention to what's happening at the base. When the two sides of that base are uneven, everything built on top of it has to adjust. That adjustment is called compensation. Understanding how foot asymmetry creates compensation patterns is the first step toward pain that goes away.

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Why Are My Two Feet Different?

Foot asymmetry is not unusual. It's actually the norm. Differences between the left and right foot can develop from genetics, old injuries, dominant-side activity patterns, or subtle variations in bone structure that accumulate over decades. The most clinically significant difference is arch height. When one arch sits lower than the other, it changes the way weight is distributed with every step.

Think of the foot as a tripod with multiple arches. Most people think of the inside arch but there is also an outside arch along the lateral edge, an arch across the ball of the foot, and a secondary arch running along the top of the foot. When all of those structures are well-supported and balanced between both feet, force distributes evenly. When one side collapses or sits lower, the entire load tilts, and the body has no choice but to compensate.

A lower arch on one side also makes that leg functionally shorter. Not shorter in terms of bone length, but shorter in terms of how far it travels to reach the ground and how much it has to work to push off with each step. That small height difference — sometimes just a few millimeters — forces the hip, pelvis, and spine on that side to subtly dip and rotate to bridge the gap. Over thousands of steps a day, that becomes a significant source of stress.

What Does Compensation Feel Like?

Compensation rarely announces itself as 'my left arch is lower.' Instead, it shows up as pain in places that seem unrelated to your feet:

• Heel pain on one side that recurs even after treatment
• Knee discomfort that develops without an obvious injury
• One hip that always feels tighter or higher than the other
• Lower back pain that is consistently worse on one side
• Shin splints or calf tightness in one leg but not the other

The reason these symptoms persist is that the underlying cause, uneven foot mechanics, is never addressed. You can ice a knee and stretch a hip flexor, but if the feet are still sending uneven signals up the kinetic chain, compensation resumes the moment you stand up. This is especially relevant for people who work on their feet all day, such as teachers and healthcare workers, or anyone who stays active through walking, exercise, or sports.

Patients who have symmetrical feet tend to recover from injuries more easily. When one foot is structurally lower or more unstable, the body may have difficulty fully healing because the compensatory stress never lets up—a cycle that can only be broken through proper foot support. A pronation treatment podiatrist can evaluate your gait, identify abnormal rolling patterns, and recommend personalized treatment to restore proper foot function. Our page on pronation treatment in Centerville explains how low arches create exactly this kind of persistent, traveling pain.

Why Generic Orthotics Don't Solve an Asymmetry Problem

Over-the-counter inserts and even some standard custom orthotics are designed as matching pairs: what's on the left looks almost identical to what's on the right. That design makes sense if both feet are similarly structured. But if one arch is lower, one leg is functionally shorter, or one foot pronates more than the other, a matching pair simply recreates the imbalance inside a more cushioned package.

The goal of foot orthotics, at their best, is not just to cushion but to level the table — to bring each foot to an equal, efficient functional position so the body above it doesn't have to compensate. That requires devices that are designed differently for each foot, accounting for the specific degree of asymmetry present. When the left orthotic and the right orthotic look very different from each other, that's not a manufacturing error: that's the sign of a device that was actually built around your anatomy.

It's also why the material matters. Supporting a higher arch or correcting a more significant structural difference requires a plastic that can handle greater pressure without cracking or flattening over time, one with enough resilience to hold its shape under the demands of daily movement. A custom orthotics podiatrist can determine the right orthotic design and materials based on your unique foot structure and biomechanics. Our overview of full-contact custom orthotics for foot pain explains how premium orthotics differ from standard devices at the level of both design and materials.

How Foot Asymmetry Affects the Whole Body

The feet are the body's foundation, and when that foundation is uneven, everything built on top of it adjusts. The ankle on the lower-arch side rolls inward more than its counterpart, rotating the shin and knee slightly inward with it. The hip on that side may tilt or rotate to accommodate the functional leg length difference. The pelvis follows, and the spine compensates to keep the head level. None of these adjustments are visible to the naked eye, but they are happening constantly, and they create cumulative wear on joints, tendons, and soft tissue.

This is why patients with heel pain in Centerville often also mention knee or hip discomfort, and why treating the heel alone rarely resolves the full picture. A heel pain treatment podiatrist can evaluate how your foot mechanics contribute to pain throughout the lower body and develop a treatment plan that addresses the root cause. It's also why some patients who have never had a specific foot injury still develop chronic lower-body pain over time—the asymmetry quietly does its work over years before it becomes obvious enough to bring someone to a podiatrist's office.

The American Podiatric Medical Association notes that the feet contain 26 bones, 33 joints, and more than 100 muscles, tendons, and ligaments — a complex structure where small misalignments can have outsized effects on overall body mechanics. When one side of that structure is measurably different from the other, the downstream effects are real and often significant.

Who Is Most Likely to Have Significant Foot Asymmetry?

Foot asymmetry can affect anyone, but certain groups tend to experience more significant structural differences between their two feet:

Active Adults and Athletes

Repetitive motion sports such as running, cycling, tennis, and pickleball amplify the effect of any existing asymmetry because they repeat the same movement pattern hundreds or thousands of times. A small imbalance becomes a large cumulative load. Sports injuries podiatrists can identify the underlying biomechanical issues that contribute to these problems and recommend treatments to help prevent future injuries. The injury itself may be a tendon issue or stress fracture, but the underlying driver is often faulty foot mechanics.

Adults Over 50

Arches naturally tend to flatten over time as the tendons and ligaments that support them lose some elasticity. If one foot was already structurally lower, this natural change can significantly widen the asymmetry gap. Seniors who want to remain active often find that the pain preventing them from doing so is ultimately a foot mechanics issue that responds well to proper support.

People with a History of Lower-Body Injuries

An old ankle sprain, knee surgery, or even a broken toe can alter how one side of the body bears weight permanently. The injured side may develop a subtle guarding pattern that changes how the foot contacts the ground, and over time that altered contact point becomes the new normal until the accumulated stress from that new normal creates a new problem somewhere else.

Children Whose Feet Are Still Developing

Children's bones continue forming through their early teen years. Addressing poor or asymmetric foot positioning during development may help establish better mechanics before compensation patterns become habits. A children’s foot care podiatrist can evaluate early structural concerns and determine whether intervention may be beneficial. Our team provides children's foot care in Centerville with attention to early structural evaluation for children who may benefit from treatment.

What a Proper Evaluation Looks Like

Identifying meaningful foot asymmetry is not a visual check or a quick measurement. It involves a thorough evaluation of arch structure, weight distribution, gait pattern, and how the feet function in motion — not just how they look standing still. Dr. Sunshein examines each foot individually, assessing the full set of arches and identifying how differences between the two sides are affecting the patient's mechanics and pain pattern.

The resulting orthotic prescription, when orthotics are the appropriate solution, is built around what each foot actually needs, not what a standard template assumes. Patients are sometimes surprised when their left and right devices look noticeably different from one another. That visible difference is exactly the point: it reflects the real difference in their anatomy, and correcting it is what makes the orthotics effective.

For patients dealing with related conditions that stem from or contribute to poor foot mechanics, we may combine orthotic therapy with additional treatment options. Our team is experienced in using MLS laser therapy and shockwave therapy to address the soft tissue damage that often accompanies long-standing compensation pain, while the orthotics work to correct the underlying mechanics.

You Can't Stay Active If Your Feet Hurt

Foot asymmetry rarely causes dramatic, sudden pain. It tends to work slowly — a tightness here, a nagging ache there, a persistent problem on one side that never quite resolves. By the time most patients come to see us, they have already tried stretching, rest, new shoes, and over-the-counter inserts. Those steps can provide temporary relief, but they do not change the underlying mechanics.

If you have been living with one-sided foot, knee, hip, or back pain that keeps coming back, the answer may not be in the location where you feel the pain. It may be in the foot on the other end of the chain—and specifically, in the difference between your two feet that no one has evaluated closely enough to address. Learn how to alleviate foot pain with custom orthotics in our blog post, which explains how properly designed orthotic devices create lasting relief rather than temporary symptom management.

Yes, the right type of custom orthotic may help improve how the foot functions over time. At Sunshein Podiatry, Dr. Kevin Sunshein evaluates more than where your foot hurts. He looks at how your foot moves, how stable it is, how flexible it is, and whether abnormal mechanics are placing extra stress on your feet, ankles, knees, hips, or back.

The photos below show one patient’s orthotics over time. The first pair of earlier-generation orthotics shows visible compression on both devices. The newer second-generation orthotics show little to no compression, which may indicate that the patient’s feet became more stable and better able to function with improved support.

This is one example from one patient, and individual results can vary. However, it helps illustrate an important clinical point: custom orthotics should not simply cushion the foot. When designed properly, they can help guide the foot toward better function, improved stability, and more efficient movement.

Notice the orthotic that is in the foreground of each of the pictures below, then notice the orthotics in the background which are second generation orthotics:

What Does Orthotic Compression Show?

Compression in an orthotic can show where the foot is placing repeated pressure into the device. When both orthotics show significant wear or compression, it may suggest that the foot is still relying heavily on the device for support and control.

In contrast, when newer orthotics show little or no compression after use, it may suggest that the foot is functioning with better balance and stability. Instead of collapsing into the orthotic, the foot may be working more efficiently with the support provided.

This is one reason a detailed biomechanical evaluation is so important. The goal is not just to make the foot feel more comfortable inside the shoe. The goal is to understand why pain, instability, or uneven pressure is happening in the first place.

Traditional Custom Orthotics vs. Function-Focused Custom Orthotics

Traditional custom foot orthotics are often designed to support or accommodate the foot in its current position. For many patients, that can help reduce pain and make standing or walking more comfortable.

However, support alone may not always address the larger functional problem. If the foot is unstable, stiff, overpronating, or compensating for an abnormal structure, the patient may continue to place excess stress on the same areas of the foot.

At Sunshein Podiatry, custom orthotics are used as part of a broader approach to improving foot mechanics. Dr. Sunshein considers how the foot moves, where pressure is concentrated, how flexible the foot is, and whether better stability could help reduce recurring pain.

Patients who want a broader overview can read more about our custom orthotics for foot, heel, and arch pain.

How Can the Foot Become More Flexible and Stable?

A foot can be both flexible and stable when the joints, soft tissues, muscles, and support structures are working together efficiently. Problems often happen when the foot becomes too rigid, too unstable, or unable to control motion properly during walking.

When a custom orthotic improves alignment and reduces abnormal stress, the foot may be able to move through a healthier range of motion. Over time, this can help some patients experience better flexibility, improved stability, and less strain during daily activity.

This is especially important for patients with abnormal foot structures, one-sided pain, arch problems, or recurring symptoms that keep coming back despite new shoes, stretching, or store-bought inserts.

For related information, visit our articles on abnormal foot structures and why asymmetry between the left and right foot can cause pain.

Why Store-Bought Inserts Usually Cannot Create This Type of Change

Store-bought inserts are made for general shoe sizes, not for the exact structure and movement pattern of your individual feet. They may add cushioning or temporary arch support, but they cannot account for differences between your left and right foot, abnormal pronation, pressure points, or the way your foot moves during gait.

That is why generic inserts often wear down quickly or fail to solve recurring symptoms. They may make the shoe feel softer, but they do not provide the same level of control, correction, or functional guidance as professionally designed custom orthotics.

Patients with ongoing heel pain, arch pain, plantar fasciitis, foot fatigue, or alignment-related discomfort should be evaluated by a podiatrist to determine whether custom orthotics are appropriate.

You can also learn more about pronation problems and correction methods.

Conditions That May Improve With Better Foot Function

Custom orthotics may be recommended when poor foot mechanics are contributing to pain, pressure, instability, or recurring injuries. Depending on the patient, improved foot function may help with:

• Heel pain
• Plantar fasciitis
• Arch pain
• Flat feet
• High arches
• Abnormal pronation
• Foot fatigue
• Knee, hip, or back discomfort related to foot alignment
• Recurring sports-related foot or ankle strain

For more information, visit our pages on heel pain treatment, plantar fasciitis symptoms and treatment, and sports injury treatment for the foot and ankle.

What Makes Sunshein Podiatry’s Orthotic Approach Different?

Dr. Kevin Sunshein does not look at orthotics as simple shoe inserts. He uses them as part of a clinical plan to improve comfort, support, alignment, and function.

That means your evaluation may include a review of your symptoms, your foot structure, your gait, your pressure patterns, your activity level, and the ways your feet may be affecting the rest of your body. This helps determine whether your foot needs cushioning, control, flexibility, stability, or a combination of support strategies.

In some patients, this function-focused approach may help the foot become more stable and adaptable over time. The comparison photos on this page show how one patient’s orthotics changed across different device generations, with visible compression in the earlier devices and little to no compression in the newer ones.

Frequently Asked Questions About Custom Orthotics and Foot Function

Can custom orthotics actually change my feet?

Custom orthotics do not change every foot in the same way. However, when they are designed to improve mechanics instead of simply adding cushion, they may help the foot function with better stability, flexibility, and alignment over time.

Why do some orthotics become compressed?

Orthotic compression can happen when the foot repeatedly loads the device in the same areas. This may reflect pressure, instability, or the way the foot is functioning during standing and walking.

Does less compression mean the foot is more stable?

In some cases, less compression may suggest that the foot is no longer collapsing into the orthotic as heavily. This can be a sign of improved stability or more efficient movement, but each patient needs to be evaluated individually.

Are second-generation custom orthotics different from traditional custom orthotics?

Traditional custom orthotics are often made to support or accommodate the foot. A function-focused orthotic approach looks beyond support and considers whether the device can help the foot move, stabilize, and perform more efficiently.

How do I know if I need custom orthotics?

You may benefit from custom orthotics if you have recurring foot pain, heel pain, arch pain, plantar fasciitis, abnormal pronation, instability, or pain that travels into your knees, hips, or back. A podiatric evaluation can determine whether orthotics are right for you.

Schedule a Custom Orthotics Evaluation in Centerville

If foot pain, heel pain, arch pain, or instability keeps interfering with your daily life, Dr. Kevin Sunshein can help you understand what is happening beneath the surface. A custom orthotics evaluation can identify whether your symptoms are related to poor support, abnormal structure, pressure imbalance, or the way your foot functions when you walk.

Key Takeaways

Custom orthotics prescribed by a podiatrist are shaped specifically to each foot — including differences between the left and right — in a way that over-the-counter insoles simply cannot replicate. Most patients find that the right orthotic reduces pain, improves how their whole body moves, and holds up well for several years with normal use. If you have questions about whether custom orthotics are right for your situation, the physicians at Sunshein Podiatry Associates in Centerville are happy to walk you through the evaluation process.

A custom orthotic is a prescription medical device shaped to the specific structure of your individual foot. Unlike mass-produced insoles sold at pharmacies or sporting goods stores, which are manufactured to fit a generic shoe size, a custom orthotic begins with a thorough evaluation of your arch height, foot alignment, and movement patterns. The result is a device that supports your foot the way your foot needs to be supported, not the way an average foot might.

That distinction matters most for patients with structural differences between their left and right foot, significant arch irregularities, or conditions like plantar fasciitis, bunions, or pronation that require precise mechanical correction.

What Conditions Do Custom Orthotics Help Treat?

Orthotics are not a one-condition solution. At Sunshein Podiatry Associates, they are used as part of a broader treatment plan for a range of foot and ankle issues, including:

• Heel pain and plantar fasciitis
• Bunions
• Overpronation and flat feet
• Sports-related foot and ankle injuries
• Foot pain related to arthritis
• Nerve pain and related conditions

Orthotics can also benefit patients managing chronic knee, hip, or lower back discomfort that stems from how their feet bear weight. Because the foot is the foundation the rest of the body stands on, improving alignment at the base often reduces stress further up the kinetic chain.

How Are Custom Orthotics Made?

The process starts with an evaluation — not just a glance at how you stand, but a structured assessment of your foot structure, gait, arch height, and the differences between your two feet. At Sunshein Podiatry Associates, this evaluation guides a prescription that specifies the exact shape and material of each orthotic.

We use a higher-grade plastic than the typical orthotic. This high-grade plastic holds the prescribed arch shape under real-world pressure. Unlike softer materials, this construction maintains its form over years of daily use, and it can be reheated and reshaped if the arch settles over time — rather than being replaced outright.

How Long Do Custom Orthotics Last?

Most well-constructed custom orthotics last 3 to 5 years under normal daily use, and many patients get considerably longer life from them. Durability depends on the materials used, the patient's activity level, and how evenly weight is distributed across the device.

Because the goal of a custom orthotic is structural correction, not just cushioning, the materials need to be strong enough to hold the prescribed arch position consistently. Devices that flatten over time stop doing the job they were built for. The higher-grade plastic Dr. Sunshein uses is selected specifically because it resists that kind of wear — and because it can be adjusted rather than discarded if the fit needs to be updated.

Will Custom Orthotics Work With My Regular Shoes?

In most cases, yes. Custom orthotics are designed to fit inside a wide variety of shoes — athletic shoes, walking shoes, dress shoes with a removable insole, and most work footwear. Patients typically move their orthotics from shoe to shoe rather than needing a dedicated pair for each.

There are some exceptions. Very flat, minimal footwear — sandals without structure, ballet flats, certain cleats — may not accommodate a full-contact orthotic. If shoe compatibility is a concern for your lifestyle, that is worth raising during your evaluation so the prescription can account for it.

Are Custom Orthotics Covered by Insurance?

Coverage varies depending on your plan and the diagnosis supporting the prescription. Many insurance plans do provide partial or full coverage for custom orthotics when they are prescribed to treat a documented medical condition. Flexible spending accounts (FSAs) and health savings accounts (HSAs) may also be applicable.

The team at Sunshein Podiatry Associates can help you understand your coverage before moving forward. If you have questions about the financial side of treatment, that is a good topic to bring up when you call to schedule.

How Are Custom Orthotics Different From What I Can Buy at a Specialty Running Store?

Specialty running stores and some online retailers offer semi-custom or premium insoles that are better than basic drugstore products. For patients with mild, temporary discomfort, these may be enough to offer some relief. But they are still mass-manufactured products sized to a broad range of foot sizes, not custom-made for your feet.

If both feet hurt the same amount and feel the same, a premium off-the-shelf product may offer relief. However, if your feet are asymmetrical, such as one arch lower, one heel angling differently, a product built to fit the average foot cannot address what is happening on each side. Only custom orthotics can address structural differences in your feet.

Can Children Be Fitted for Custom Orthotics?

Yes. Children's foot care is part of the practice at Sunshein Podiatry Associates, and Dr. Sunshein evaluates children older than six who may benefit from orthotic support. Because bones are still developing during childhood and early adolescence, addressing poor foot alignment earlier may help prevent problems that become more difficult to correct in adulthood.

If your child complains of foot pain, walks with an unusual gait, or trips and falls more than you would expect, it may be worth having their foot structure evaluated.

What Should I Expect at My First Appointment?

The first appointment focuses on understanding your foot structure and what is causing your symptoms. Dr. Kevin Sunshein will evaluate how your foot functions, not just how it looks at rest. He will discuss your activity level, footwear choices, and goals. If orthotics are appropriate, the first appointment establishes the prescription. You won’t leave with a new pair of orthotics, but the information Dr. Sunshein obtains informs the construction of your custom orthotics.

The custom orthotics we prescribe are premium, full-contact orthotics designed to support the foot in its most natural, efficient position. Dr. Sunshein considers multiple dimensions of the foot, not just the typical ones commonly used to create custom orthotics. The resulting orthotics provide the proper support and natural position to help you move better and stay active longer. 

If you are unsure whether custom orthotics are the right next step for your foot pain, the conditions we treat page is a good starting point for understanding what might be causing your symptoms.

Key Takeaways

A diabetic foot puncture wound — from a tack, splinter, glass, nail, or yard debris — can become a serious infection within days. The first steps are to stop walking on it, gently clean it with soap and water, cover it, keep weight off the foot, and call a podiatrist the same day. Do not dig at the wound, do not soak it, and do not assume that a normal-looking foot means the puncture is harmless. Acting fast is the single best way to prevent ulcers, bone infection, and the amputation risk that comes with delayed care.

Stepping on something sharp is jarring at any age. If you have diabetes, that small moment is also a real medical event even if the foot looks fine after you pull out the object you stepped on. Reduced sensation, slower healing, and a weaker immune response mean that a tiny puncture can quietly seed a deep infection in days. The good news is that the steps you take in the first few hours have an outsized effect on whether the wound heals or escalates.

Below is the simple checklist we walk patients through whenever they call our office after stepping on a tack, a piece of glass, a nail in the yard, or a sliver inside the house. You can also find a broader diabetes and foot health overview and our diabetic foot care services for context on why these steps matter.

Why Are Puncture Wounds So Dangerous for People With Diabetes?

Puncture wounds are deceptive. The opening on the skin is small, often barely visible, but the object can drive bacteria deep into fat, tendon, joint, or bone. Even worse, the small surface opening tends to seal quickly, trapping bacteria inside instead of letting the wound drain. In someone with diabetes, several other factors stack on top of that: high blood sugar slows white blood cell function, neuropathy may dull the pain that would normally warn you, and reduced circulation cuts oxygen to the area where healing has to happen.

The CDC's diabetes and foot complications resource notes that even minor injuries are a leading cause of diabetic ulcers and lower-limb amputations. Treating a puncture wound the way you would treat chest pain (quickly and carefully) is what flips the odds in your favor.

First Steps to Take Right Now

Stop and Sit Down

Walking after a puncture pushes contaminated material deeper. Sit, elevate the foot, and resist the urge to keep going. If you are far from home, ride rather than walk back.

Look Closely at the Wound

Use good light and clean hands. Note whether anything is still embedded — glass, wood, or metal often breaks off below the skin. If you can see and easily remove a clearly visible object that is mostly out of the wound, take it out. Otherwise, leave it for a podiatrist. Probing or squeezing the wound to "see how deep it is" can drive bacteria further in.

Wash With Mild Soap and Warm Water

Run warm water over the wound for several minutes and wash gently with mild soap. Pat dry. Do not soak in a basin, hot tub, or pond water. Soaking can introduce additional bacteria, especially if the skin is already compromised by neuropathy. People with diabetes are also at higher risk of complications from soaking, which is part of why our neuropathy treatment options page emphasizes routine, gentle cleaning over aggressive home remedies.

Cover the Wound With a Clean, Dry Dressing

Apply a thin layer of petroleum jelly or an antibiotic ointment if you have one available, then a non-stick dressing and a light wrap. Avoid heavy tape directly on fragile diabetic skin. Plan to change the dressing daily and any time it gets wet or dirty.

Stay Off the Foot Until You Can Be Seen

Even a few hours of pressure on a fresh puncture can push the injury deeper into tissue and make a small wound much harder to treat. If you have a surgical shoe or post-op boot from a previous visit, use it. Otherwise, limit walking to bathroom and kitchen until your appointment.

What You Should Not Do

• Do not dig into the wound. Trying to extract a deep splinter at home almost always pushes contamination further in.

• Do not soak the foot. Hot water, Epsom salts, or hydrogen peroxide can damage healing tissue and introduce new bacteria.

• Do not assume "it doesn't hurt, so it's fine." Diabetic neuropathy means the absence of pain isn’t necessarily a sign it’s fine.

• Do not skip the podiatry visit. Even tiny puncture wounds can hide a retained foreign body, deep infection, or early bone involvement that requires imaging to find.

• Do not delay because the wound looks closed. Closed skin over contaminated tissue is exactly how dangerous abscesses begin.

When to Call a Centerville Podiatrist

If you have diabetes, the answer is simple: call us immediately. Always.  Call the Centerville office for an urgent visit and let the staff know it is a diabetic puncture wound. Patients of Dr. Sunshein and our team are typically seen quickly because we know how rapidly these injuries can change. Imaging may be ordered to look for retained debris or early bone involvement, and a tetanus update may be recommended depending on what you stepped on.

Watch for These Infection Warning Signs

Even after a podiatry visit, keep watching the foot for the following changes between dressings:

• Spreading redness, streaking, or a warm halo around the wound.

• Increasing swelling, drainage, foul odor, or pus.

• Fever, chills, or unexplained spikes in blood sugar.

• Worsening numbness, tingling, or new pain in the foot or leg.

• Skin that turns gray, dusky, or noticeably cooler than the other foot.

Any of these warrants a same-day call. To prevent the next puncture, build a daily foot inspection routine and consider whether custom orthotics or sturdier home footwear would reduce risk. If a wound has already progressed and reconstruction may be needed, our foot and ankle surgery options page outlines what a comprehensive plan can look like. Quick action — combined with a long-term diabetic foot care plan — is what keeps a stray piece of glass from becoming the start of an amputation story.

KEY TAKEAWAYS

A hot, swollen foot in a diabetic patient is rarely nothing — it can signal a hidden infection, Charcot foot, or a circulation problem like DVT. Neuropathy often means these develop without pain to warn you first. Stop walking on the foot right away, elevate it, and check for a temperature difference each morning using the back of your hand or an infrared thermometer. Catching a persistent hot spot early and calling a podiatrist the same day is one of the best ways to prevent a small problem from becoming a serious wound.

You take your shoes off after a long day and notice that one foot feels noticeably warmer than the other. It might be slightly more swollen, redder, or just feel different. When you have diabetes, that small temperature difference is rarely "just one of those things." It is one of the earliest signs your body uses to flag inflammation, infection, or a developing structural problem in the foot.

Below, we walk through what a sudden temperature difference often means, when to stop walking on the foot, and when to call our Centerville office for the same kind of urgent evaluation the Sunshein Podiatry care team provides every week.

Why Does One Foot Suddenly Feel Hotter Than the Other When You Have Diabetes?

Heat is the body's way of saying "something is going on here." Increased blood flow, an immune response, a healing fracture, or a stretched ligament can all raise the surface temperature of one limb. In a person without diabetes, this is usually obvious. You twisted your ankle, scraped a toe, or developed a blister. In diabetes, the trigger can be hidden because nerves may not be transmitting pain signals correctly. A wound on the bottom of the foot, a fractured midfoot bone, or an early bone infection can all raise the temperature long before the patient feels pain.

Studies on diabetic foot temperature monitoring have found that a difference of about 4 degrees Fahrenheit between the same spot on both feet often precedes an ulcer by a week or more. Catching that change early is exactly why daily home checks are part of every diabetic foot care plan we build at Sunshein Podiatry.

What Are the Most Common Causes of a Hot, Swollen Diabetic Foot?

Infection or a Hidden Wound

Cellulitis, a deep abscess, or an infected ulcer can all warm a foot quickly. The skin may look red and stretched. Drainage, odor, fever, or rising blood sugar that you cannot explain are red flags that often go with infection. Daily foot checks make these wounds far easier to catch — see our guide on the best practices for daily foot inspection for a simple routine.

Charcot Foot

Charcot foot is a serious complication of long-standing neuropathy, in which the bones of the midfoot weaken and fracture even though the patient feels little pain. The hallmark is a hot, red, swollen foot that often gets blamed on a sprain. The NIH explainer on Charcot foot describes how rapidly the arch can collapse if a patient keeps walking on the limb. 

Inflammation From a Sprain, Fracture, or Joint Issue

Even patients with intact sensation can sustain a stress fracture, a tendon strain, or a flare of arthritis. These conditions warm the foot through normal inflammation. Without diabetes, a few days of rest often takes care of it. With diabetes — especially if nerve pain or neuropathy treatment has been part of your history — the same problem can progress to a wound or fracture you cannot feel.

Circulation or Blood Clot Concerns

A swollen, warm calf or foot, especially with no obvious injury, can indicate deep vein thrombosis (DVT). DVT is a medical emergency. Skin discoloration, sudden swelling above the ankle, and shortness of breath should send a patient to the emergency room rather than the podiatrist's office.

When Should I Stop Walking on the Foot?

If a foot suddenly feels hotter or more swollen than the other side and you cannot point to a recent injury, the safest move is to stop weight-bearing right away. Sit down, elevate your foot above the level of your heart, and avoid "walking it off." Pressure on a hot, swollen diabetic foot is what turns a small stress fracture into Charcot foot, or an early ulcer into a deep wound. A surgical shoe, a knee scooter, or even crutches around the house buys time while a podiatrist evaluates what is going on.

How Do You Check the Temperature Difference at Home?

You do not need fancy equipment to spot a meaningful temperature change:

• Use the back of your hand, which is more sensitive to temperature than the palm, to feel the same spot on both feet — top, sole, and heel.

• Compare side to side at the same time of day; both feet should feel similar after sitting for a few minutes.

• An inexpensive infrared point thermometer (the kind used for cooking) can give a more objective reading on each foot.

• Repeat the check every morning before you put on shoes — small daily differences are easier to notice than rare big ones.

• Photograph any redness, swelling, or skin changes so the podiatrist can see what you saw.

When to Call a Centerville Foot Doctor

Call the same day for any persistent temperature difference, especially if the foot is also swollen, red, draining, or has a wound that is not closing. Even if the foot does not hurt, that lack of pain is exactly the problem when neuropathy is in play. Read more about how neuropathy can be reversed and the role of advanced therapies — including MLS laser therapy for inflammation and heel pain treatment when posterior heat is involved.

If the temperature difference is new and you have diabetes, request a same-day visit rather than waiting for it to settle on its own. Catching a hot foot early is one of the strongest predictors of saving a foot.

Key Takeaways:

A diabetic limb salvage team brings together a podiatrist, your primary care doctor, and a vascular specialist so wounds, blood sugar, and circulation are treated as one problem instead of three. Coordinated handoffs — wound care, infectious disease, vascular imaging, and revascularization — catch threats earlier and dramatically reduce the risk of a major amputation. Knowing each provider's role and tracking a few key numbers between visits lets you protect a limb before a small wound becomes a hospital admission.

If you have diabetes and have ever had a foot ulcer, an infection that wouldn’t clear up, or other problems, you’ve probably noticed how it’s not just one doctor concerned with your care. A podiatrist watches the wound, your primary care doctor monitors blood sugar and overall health, and a vascular specialist may be brought in to evaluate blood flow. When these three providers work as a team, the odds of saving a limb go up substantially.

At Sunshein Podiatry in Centerville, our Centerville podiatry team partners closely with primary care offices and vascular practices throughout the Dayton area. Patients who lean on this kind of coordinated approach are far less likely to face amputation than patients trying to manage everything alone.

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What Is a Diabetic Limb Salvage Team?

A diabetic limb salvage team is a small group of providers who work together as a team to treat a patient when the leg or foot is in danger of amputation.

Diabetes attacks the foot from several directions at once. High blood sugar damages nerves, narrows arteries, and slows the immune system's response to infection. When a podiatrist, primary care doctor, and vascular specialist communicate regularly about patient care, problems can be treated when they’re small – and before they result in infection or gangrene.

Research from the American Diabetes Association's foot complications guide shows that more than 80 percent of diabetes-related amputations are preceded by a foot ulcer. Early care from a diabetic foot care podiatrist as part of a multidisciplinary team can prevent the majority of those amputations. A comprehensive diabetic foot care plan is the difference between watching a small wound on the heel and leaving the hospital without a foot. 

The Three Core Roles That Coordinate Diabetic Foot Care

The Podiatrist Leads Daily Wound and Foot Care

A podiatrist is usually the first provider to see a diabetic foot problem and monitors the patient’s wound weekly. Podiatrists debride dead tissue, manage infection, fit offloading devices to take pressure off ulcers, and check sensation, skin, and bone for early signs of breakdown. We also screen for nerve damage at every visit so a patient with reduced sensation knows what to watch for at home.

When advanced wound care, biomechanics, or surgery is needed, our foot & ankle surgery podiatrist oversees that part of the treatment plan, including reconstructive procedures to help close wounds or correct deformities that contribute to recurring ulcers.

Your Primary Care Doctor Manages the Big Picture

Your primary care doctor (PCP) manages your diabetes care. They monitor your A1C, blood pressure, kidney function, cholesterol, and medications, all of which influence whether a wound will heal. A PCP can also screen for early kidney disease and heart disease, two conditions that change how aggressively a podiatrist or vascular specialist needs to act on a foot problem.

The Vascular Specialist Restores Blood Flow to the Foot

Vascular specialists (either vascular surgeons or interventional cardiologists) are doctors who specialize in blood flow. They focus on the arteries that feed the leg and foot.  Vascular specialists use ultrasound, ankle-brachial index testing, and angiography to confirm whether peripheral artery disease (PAD) is starving the wound of oxygen. When circulation is too poor for healing, they perform revascularization procedures (angioplasty, stenting, or bypass) to open the vessels back up. Without restored blood flow, even excellent wound care may not be enough.

How Providers Work Together on Patient Care?

A patient walks in with a small ulcer on the bottom of the foot. The podiatrist debrides it, swabs for bacteria, and orders an X-ray. Then, they might check the blood flow to the foot. If the pulse in the foot is weak, the podiatrist sends a same-week referral to a vascular specialist for imaging. If the wound looks infected or systemic symptoms appear, the PCP is looped in for antibiotics, lab work, and possibly an infectious disease consultation. Each provider sees the same notes, the same wound photos, and the same imaging The patient doesn’t have to track down records for each doctor because they have access to the entire file.

If revascularization is needed, the vascular specialist performs the procedure and then confirms with the podiatry team that blood flow has been restored. From there, the podiatrist can pursue more aggressive wound care, offloading, and skin substitutes or grafts because the tissue finally has the blood flow it needs to heal. 

What Should I Bring or Track Between Appointments?

While your care team has access to your files, having certain documents on hand can make conversations with each provider easier.

• Keep a one-page list of your medications, doses, and recent A1C and kidney lab values to share with every provider.

• Take a daily photo of any wound or open area, with the date in the photo, so changes are easy to spot.

• Record temperature differences between feet, swelling, drainage color, and any new pain or numbness.

• Bring the actual shoes you wear most days so the podiatrist can check pressure points and recommend changes.

• Note what you can feel on the bottom of each foot — and what you cannot — to help track neuropathy over time.

Why Team-Based Diabetic Foot Care Reduces Amputations

Team-based care matters because a diabetic foot problem rarely has a single cause. A wound on the bottom of the foot may be the result of neuropathy, a poor-fitting shoe, blocked arteries, and out-of-range blood sugar all at once. If each provider is seen individually, none gets the full picture. When all three providers share notes, decisions happen faster: imaging is ordered earlier, antibiotics get started sooner, revascularization happens before tissue dies, and offloading actually fits the patient's life.

You can read more about why coordination matters in this diabetes complications resource from the CDC and on our overview of diabetes and foot health. If you are concerned about a wound, a hot spot, or a change in the color of one foot, request an appointment with Dr. Kevin Sunshein or Dr. Carl Braunschweiger before that small problem becomes a serious one.

Key Takeaways

A diabetic foot exam is essential preventive care because diabetes can reduce sensation, circulation, and healing, allowing small foot problems to become serious quickly. The exam helps podiatrists identify early warning signs such as skin breakdown, calluses, nail issues, deformities, pressure points, neuropathy, poor blood flow, and footwear-related risks. By catching these problems early, your podiatrist can create a personalized care plan with treatments, referrals, follow-up schedules, and home-care guidance to help prevent ulcers, infections, and complications that could lead to amputation. 

A diabetic foot exam is a thorough, structured evaluation your podiatrist performs to catch problems before they become serious. Diabetes can damage nerves, reduce circulation, and slow healing, which means a small blister or crack in the skin can progress to a deep wound or infection faster than most people expect. Regular screenings give your podiatrist the information needed to intervene early, protect your feet, and help you avoid complications that could lead to amputation. 

Key Takeaways

Peripheral arterial disease (PAD) is a circulatory condition in which fatty plaque builds up inside the arteries, narrowing the channels through which blood must travel. The condition can slow healing, resulting in infection and tissue death that can lead to amputation. People with diabetes who have chronically elevated blood sugar and nerve damage (peripheral neuropathy) face an increased risk of PAD. Regular visits with a Centerville podiatrist can help diabetic patients detect PAD in its earliest stages, allowing for treatment that can help prevent amputation.

Peripheral arterial disease (PAD) doesn't always announce itself. For many people with diabetes, there is no dramatic warning. A slow, progressive narrowing of the arteries that supply blood to the legs and feet often causes few symptoms. Unfortunately, by the time a wound appears, the blood flow problem that will prevent it from healing may already be well advanced. 

At Sunshein Podiatry, our Centerville podiatrists screen for vascular problems as part of routine diabetic foot evaluations, because catching PAD early enough to act on it can be the difference between keeping a foot and losing one.

These frequently asked questions explain what peripheral arterial disease is, how it intersects with diabetes, and why timely evaluation matters.