Plantar Fasciitis Treatment in Jupiter, FL

Why it's so common in Jupiter and Palm Beach Gardens

Our patients tend to share a few risk factors. Flip-flops, slides, and flat sandals worn year-round give the arch almost no support. Tile and concrete floors are hard on the heel. Sudden jumps in activity, such as starting a walking program, picking up pickleball, or training for a race, overload the fascia faster than it can adapt. Tight calves, weight gain, flat feet, very high arches, and jobs that keep you standing all day (nursing, teaching, retail, restaurants) all add to the strain.

What to try at home first

For mild heel pain that started recently, these steps settle a large share of cases within a few weeks:

• Stretch the calf and plantar fascia several times a day. Before you get out of bed, pull your toes back toward your shin and hold for 30 seconds. Repeat three times.
• Stop going barefoot on hard floors. Wear a supportive shoe or a recovery sandal with an arch inside the house.
• Retire worn-out shoes. Running and walking shoes lose their support long before they look worn, and a quality over-the-counter arch support helps in every pair.
• Ice after activity. Rolling the arch over a frozen water bottle for about 15 minutes combines icing with massage.
• Reduce activity, don't stop it. Swap running for cycling or swimming for two to three weeks.
• Try a night splint if mornings are the worst part. It keeps the fascia lengthened while you sleep.

If you're not clearly improving after two to three weeks of consistent home care, it's time to be seen. Heel pain that lingers past three months tends to become chronic, and chronic plantar fasciitis is harder to treat.

Making sure it's plantar fasciitis

Several heel problems look like plantar fasciitis but don't respond to the same treatment, including Baxter's nerve entrapment, calcaneal stress fractures, and heel fat pad atrophy. So every plan starts with an exam, a look at your activity and footwear, and in-office digital X-ray and diagnostic ultrasound when needed. Ultrasound shows the fascia itself: we can measure its thickness and look for tears. If the picture doesn't fit, our heel pain page walks through the other causes we check for.

Laser, shockwave and PRP for heel pain that won't quit

After roughly three to six months the fascia changes: the collagen becomes disorganized, blood supply drops, and the tissue loses its ability to repair itself. Each of these in-office treatments gives it a signal to heal again, and they're often combined.

MLS laser therapy

MLS (Multiwave Locked System) delivers two synchronized wavelengths of FDA-cleared laser energy, one aimed at inflammation and swelling, the other at pain. Most patients feel nothing more than mild warmth, there's no downtime, and you walk out in your normal shoes. It suits patients who want to avoid injections, those who can't take anti-inflammatory medication, and heel pain that's still in the inflammatory phase or comes with Achilles tendinitis. A typical course is 6–12 sessions, and many patients notice a change by the third or fourth visit. More on MLS laser therapy.

EPAT shockwave therapy

A handpiece placed against the heel sends rapid acoustic pressure waves into the damaged fascia. That controlled stimulus draws new blood flow and repair activity back to tissue whose healing had stalled. It's uncomfortable but tolerable, the intensity is adjustable, and no anesthesia is needed. A typical course is three to five weekly sessions; improvement usually begins two to six weeks after the last one and keeps building for months as the tissue remodels. It's where we usually start when pain has lasted more than six months, when one or more cortisone injections have already been tried, or for athletes who need to keep training. More on shockwave therapy.

Platelet-rich plasma (PRP)

We draw a small amount of your blood, spin it to concentrate the platelets, and inject that concentrate into the damaged part of the fascia under ultrasound guidance. Platelets carry growth factors that support tissue repair. Because PRP is made from your own blood there's no risk of allergic reaction, and unlike cortisone it doesn't suppress the healing response. It's typically a single injection: expect a few days of soreness and a short period in a walking boot, with results building over 8–12 weeks. More on PRP therapy.

Which one fits your case?

• Pain under three months, still inflammatory, no needles wanted: MLS laser, plus orthotics and a stretching program.
• Pain over six months, a cortisone shot already tried, active or athletic: shockwave, often paired with MLS laser between sessions.
• Severe pain, a partial tear on ultrasound, or shockwave that didn't help: PRP, followed by a structured return-to-activity plan.
• Any of the above without fixing footwear, mechanics, and calf tightness: expect the pain to come back. Custom orthotics and a home program are part of every plan.

Custom orthotics made from a digital scan of your feet redistribute pressure more precisely than generic inserts, which helps prevent flare-ups. Targeted stretching, gait analysis, and hands-on therapy remain the foundation, and they tend to work better alongside laser or shockwave than on their own.

What about surgery?

Very few patients ever need it. For the rare case that fails everything above, minimally invasive options such as ultrasound-guided percutaneous fasciotomy release tension on the fascia through a tiny incision, with a faster recovery than traditional open surgery.

On cost: evaluations and imaging are typically covered by insurance, while laser, shockwave, and PRP are usually out-of-pocket. We explain costs before treatment starts. See insurance and payment for details.