What Is Remy Laser Therapy?
Remy laser therapy is an FDA-cleared Class IV therapeutic laser system that uses multiple synchronized wavelengths of light — including 810nm and 980nm — to penetrate deep into foot and ankle tissue, where it stimulates cellular energy production, reduces inflammation, and restarts stalled healing responses in tendons, fascia, nerves, and soft tissue. That's the clinical definition. But here's what it actually means for you: your cells have the ability to repair damaged tissue, and the Remy gives them the fuel to do it.
Here's what's actually happening at the cellular level. When the Remy's photons reach your target tissue — several centimeters below the surface — your mitochondria absorb that energy and produce a surge of ATP, which is the fuel currency your cells run on. Injured and chronically damaged tissue is running on empty. The Remy refuels the engine, shifting your cells out of a stalled state and into active repair mode.
At the same time, the 980nm wavelength targets circulation and pain pathways, which is why so many people feel meaningful relief within the first two or three sessions. Research published in Lasers in Medical Science confirms that photobiomodulation at therapeutic Class IV power levels produces measurable increases in ATP synthesis and accelerates tissue repair in musculoskeletal conditions.1
The multi-wavelength delivery is what makes Remy Class IV laser therapy different from single-wavelength devices. By delivering 810nm and 980nm simultaneously, I can address deep mitochondrial repair and surface-level pain modulation in a single pass. A session takes 10–15 minutes. No needles, no downtime, and most people describe it as a warm, gentle massage — not the zap or sting they were bracing for.
The Truth About "Laser Therapy" — Why Not All Lasers Are the Same
I hear this a few times a month: "I already tried laser and it didn't do anything." I always ask the same follow-up question: what kind of laser? Almost always, the answer is a cold laser — low-level, low-power, Class III at best. I don't say this to dismiss the experience. I say it because the Remy is a different category of device, and comparing them is like comparing a garden hose to a fire hydrant. Same word. Very different tool.
Cold lasers — the kind commonly used at chiropractic offices or sold as home devices — operate somewhere between 0.01 and 0.5 watts. The Remy operates at up to 90 watts. That power gap is what determines whether photons physically reach the tendons and fascia where your pain actually lives, or whether they just interact with superficial tissue and dissipate. If the energy never gets to the problem, nothing changes. And that's exactly what most people experience when they've "tried laser before."
For a deeper look at what Class IV laser therapy in Houston actually involves, you can review the full treatment page. The confusion exists because the wellness industry uses the same language for devices that are completely different in mechanism and clinical effect. FDA-cleared Class IV technology has a published peer-reviewed evidence base in conditions from tendinopathy to diabetic wound healing — and it's used in sports medicine and military rehabilitation because of what the research shows, not because it's trendy. What you tried before may not have worked. That doesn't mean this won't.
What Conditions Does the Remy Laser Treat?
The Remy is effective across a broad range of foot and ankle conditions, but it performs best when there's tissue that needs to heal and the body's natural repair process has either stalled or needs reinforcement. The most common conditions I treat with it include chronic heel pain and plantar fasciitis, Achilles tendinopathy, peripheral neuropathy (including diabetic neuropathy), post-surgical healing, Morton's neuroma, chronic ankle pain, arthritis-related joint pain, and diabetic foot wounds where angiogenesis — the growth of new blood vessels — is a treatment goal.
Here's what most people don't realize about chronic heel pain: after about three months, it usually stops being fasciitis — which means inflammation — and becomes fasciosis, which is actual tissue degeneration. That's not a small distinction. Cortisone works on inflammation. It doesn't work on degeneration. That's the real reason so many people get two or three cortisone shots, feel better for a few weeks each time, and end up right back where they started.
The shot isn't failing because you're doing anything wrong. It's failing because the diagnosis has changed — and the tool hasn't kept up. A systematic review in the Journal of Foot and Ankle Surgery found that people with chronic plantar fasciosis showed significantly better outcomes with regenerative interventions than with repeated corticosteroid injection.2 For those whose heel pain has crossed that three-month mark, shockwave therapy for chronic heel pain is often one of the most effective tools we have.
The best candidates for Remy laser therapy are people who are three or more months into their pain, have plateaued on cortisone or conservative care, want to avoid surgery, or simply need to stay active during treatment because life doesn't stop. For diabetic patients with slow-healing foot wounds, the laser's ability to stimulate circulation and new vessel formation makes it a meaningful addition to wound care as well. If you're wondering whether your specific condition is a good fit, that's exactly the conversation we'll have when you come in.
Houston Podiatrist Treats Foot and Ankle Pain with Remy Class IV Laser
After treating thousands of patients with chronic foot and ankle pain in Houston, I've learned that the biggest mistake isn't trying the wrong treatment — it's waiting too long before trying the right one. My philosophy is always the same: start conservative, escalate deliberately, and make sure every decision follows the diagnosis. I'm not going to recommend the Remy laser because it's new and exciting. I'm going to recommend it because it's the right tool for what's actually happening in your tissue.
Step 1: Lifestyle Changes
Sometimes the single most impactful thing you can do costs nothing. Footwear is the place to start — worn-out shoes lose their structural support long before they look bad, and a sandal or flip-flop habit that's fine for a quick errand becomes a real problem when you're on your feet for hours. Houston patients face a few specific challenges here. Tile and wood floors throughout most Houston homes — combined with our warm climate keeping everyone in flip-flops year-round — creates one of the most consistently hostile environments I know of for plantar fascia.
Add in the Houston runners who put in miles on the Memorial Park trails or along Buffalo Bayou, and the standing workers at the Texas Medical Center on concrete for 10-hour shifts, and you start to understand why chronic foot pain is so prevalent here. Activity modification, anti-fatigue matting for prolonged standing, and replacing shoes every 300–400 miles or 6–8 months are changes that cost little but matter a lot.
Step 2: At-Home Care
For people earlier in their pain timeline, structured home care can make a real dent. A plantar fascia night splint worn consistently keeps the fascia gently stretched through rest so you're not re-tearing healing tissue every morning. Calf stretching before your first steps matters too — the Achilles and calf complex attach directly to the fascia, and tight calves transfer load straight through to your heel. An OTC rigid-posted insole like Superfeet or Powerstep gives your foot mechanical support while we figure out whether custom orthotics are the right long-term step.
What doesn't work, honestly? Generic cushioned insoles feel great in the store and do almost nothing clinically — they're comfort products, not therapeutic ones. Heat in an inflamed phase increases fluid in tissue that's already irritated. And pushing through pain because you have a race coming up or can't slow down at work is one of the most reliable ways to turn an acute problem into a chronic one. I won't judge you for managing this at home for months before coming in — most people do. But the longer chronic foot pain goes untreated, the more likely it is to shift from fasciitis to fasciosis. And that changes what we need to do.
Step 3: Conservative In-Office Treatment
When home care isn't moving the needle, there are two in-office options I reach for first. The right choice depends on what I find when I examine you.
Custom orthotics address the underlying biomechanical fault that caused the problem in the first place — the reason your plantar fascia is under constant strain while someone else's isn't. Think of them like eyeglasses for your feet. While you're wearing them, they compensate for your foot mechanics and take the load off damaged tissue. They don't cure the underlying structure, but they give healing tissue a chance to recover without being re-stressed with every step. At $700, they're one of the highest-value things I can do for someone with a clear mechanical driver to their pain.
Cortisone injection at $120 is a powerful tool — for the right presentation. It works on inflammation, which means it's the right call when I'm seeing acute or subacute fasciitis with active inflammatory activity. Most people get meaningful relief within days. But there's a ceiling: two, maybe three injections total, because repeated cortisone weakens the fascia and can cause fat pad atrophy — that's degradation of the cushioning layer under your heel. If cortisone has worked for you temporarily but keeps wearing off, that's your body telling you the underlying problem is degenerative, not inflammatory. That's when we need a different conversation.
Step 4: Advanced Regenerative — The Third Option
Most people have heard two options: keep going with conservative treatment, or schedule surgery. There's a third 
option, and for the majority of chronic cases, it's the one that actually resolves things.
The Remy laser advanced protocol — 6 sessions over three weeks — is specifically built for degenerative tissue, the fasciosis picture, not just pain modulation. It improves microcirculation, reduces chronic neurogenic inflammation, and begins the collagen remodeling that cortisone can't touch. A single session is $97; a package of 6 is $497. For shockwave therapy, think of it like aerating a lawn. The acoustic pressure waves create pathways through compacted, scarred tissue so healing factors can finally reach where they're needed. It breaks up calcifications, triggers growth factor release, and restarts a stalled healing response. More than 82% of people find their pain resolved after a full shockwave course.3 Three sessions at $300 each, or a package of three for $750.
For the most chronic and difficult cases, I use PRP — platelet-rich plasma therapy — which concentrates your body's own healing factors and delivers them precisely where damaged tissue needs them most. It's liquid gold for healing. About 70–80% of people with chronic tendon problems see significant improvement.4 At $850, it's the most targeted regenerative tool I have.
But what's exciting is that we now have a combined approach that almost makes surgery obsolete. PRP first to deliver the growth factors. Shockwave within days to prepare the tissue environment and activate what the PRP delivered. Remy laser running throughout to keep the cellular repair environment optimized. Think of it as seeds, soil, and sunlight — PRP delivers the seeds, shockwave therapy breaks up scar tissue and restarts the healing response to prepare the soil, and the Remy provides the photobiomodulation environment for everything to take root. That combined protocol reaches 85–95% success rates for chronic conditions. I also offer red light therapy as a lower-intensity complement at $39 per session or $180 for a package of 6 — useful for maintenance and pain management between regenerative sessions.
| Treatment | Per Session | Package | Success Rate |
|---|
| Remy Laser (pain) | $97 | $497 (6 sessions) | Strong for acute–subacute |
| Shockwave Therapy | $300 | $750 (3 sessions) | 82% |
| PRP/DPMx Injection | $850 | — | 70–80% chronic tendons |
| Red Light Therapy | $39 | $180 (6 sessions) | Maintenance/complement |
| Remy + Shockwave + PRP | — | Combined protocol | 85–95% |
All services are cash-pay. FSA and HSA funds are accepted. Pricing confirmed before treatment begins.
Step 5: Surgery — When It's Genuinely the Last Step
Some people will need surgery. If we've worked through conservative care, regenerative treatment, and the biomechanical factors driving recurrence — and the pain is still significantly limiting your life — then surgery becomes the appropriate and honest next conversation. For plantar fasciitis, that's typically an endoscopic plantar fascial release, where I make a small incision and release the portion of the fascia that's under chronic tension. For severe Achilles pathology, it may involve tendon debridement or repair.
Look, I know foot surgery sounds intimidating. But here's what I want you to hold onto: 95% of the chronic foot pain cases I treat in Houston — including the ones that felt completely hopeless — resolve without surgery. That's not a marketing number. That's my experience after more than two decades and thousands of patients. The recovery from plantar fasciotomy is more manageable than most people expect: protected weight-bearing in a surgical boot for the first week, gradual transition to a supportive shoe in week two, walking normalized by weeks three to six, and most people back to full activity by months three to four. If foot surgery is genuinely a last resort, not a default — and in my practice, it is — then arriving there means we've done everything within our power to avoid it first. That's a promise I make to every patient.
Ready to find out if Remy laser therapy is right for your foot pain? Call our Houston office at 713-785-7881 or schedule your Remy laser consultation online.
What to Expect at Your First Appointment
When you come in, I'll start by watching you walk. Not because that's the exciting part — but because how your foot hits the ground, and what happens up the kinetic chain when it does, tells me a great deal about why you're hurting and what's going to actually fix it. You might be surprised to learn that sports-related foot and ankle pain often traces back to mechanics above the foot — tight hips, a stiff mid-back, or uneven loading patterns that transfer stress downward with every step. From there, I'll feel along the specific structures that are painful to figure out whether we're dealing with active inflammation, chronic degeneration, or some combination of both. That distinction drives every decision I make.
Then we'll talk through your history. I want to know what you've tried, how long it helped, when it stopped, and what's changed since. If you've had cortisone that worked for three weeks and then wore off, that tells me something. If you've never had any relief at all from conservative care, that tells me something different. I'll also ask about your routine — your footwear, how many hours you're on your feet, whether your pain is worst first thing in the morning or builds through the day. If there's any question about what's happening structurally, we can take digital X-rays in the office that day.
Here's the honest answer on timeline. Most people feel meaningful pain reduction within the first two to four sessions — that's the pain modulation effect. But actual tissue repair, the part that makes results last, takes 8–12 weeks of continued cellular remodeling after your final session. I'll tell you that upfront because people who understand the difference between early pain relief and tissue-level healing are the ones who complete their full course and get durable outcomes. Pricing is confirmed before any treatment begins, FSA and HSA are accepted, and you'll leave that first visit with a clear plan. Dr. Andrew Schneider and the team are ready to help you get there. Request your appointment and we'll figure this out together.
