Post-Surgical Recovery
You've had surgery.
Now let's make sure your scar doesn't have to show for it.
A structured six-week programme using medical-grade photobiomodulation — started in the early weeks after surgery, while your tissue is still actively healing.
what most people don't know
The window right after a surgery is the most important one
Most surgical patients are told to keep the wound clean, let it heal, and come back if something goes wrong. What they’re rarely told is this: the tissue is most responsive to treatment in the first weeks after surgery — while it’s still in the active healing phase.
That’s exactly when it’s possible to influence how a scar forms. Whether it settles flat and quiet, or whether it stays raised, red, hard, or restricted. The biology is working in your favour — if you give it the right support at the right time.
Photobiomodulation (PBM) is a non-invasive, light-based intervention that works with that biology. Applied in the early weeks post-surgery, it supports your tissue to heal more efficiently, more organisedly, and with a better long-term outcome.
what pbm does for a healing surgical scar
This is not red light on a sunbed.
This is medical-grade, clinically applied photobiomodulation.
Using specific wavelengths of red and near-infrared light, PBM penetrates beneath the skin surface to influence healing at a cellular level — where the real work of recovery is already underway.
Reduces post-surgical inflammation and oedema — less swelling, less reactive redness, faster settling
Supports organised collagen production — the difference between a flat scar and a raised, lumpy one often comes down to how collagen is laid down in these early weeks
Reduces the risk of hypertrophic (raised, thickened) scar formation by modulating fibroblast activity before the tissue sets
Improves scar pliability, colour, and overall appearance from early in the healing process
Supports tissue repair across multiple layers — skin, fascia, and where relevant, muscle
Non-invasive, no downtime, no interference with standard surgical aftercare
And what it isn't
PBM is not a cosmetic light treatment. It’s not the same as a salon LED facial. The machines used at Cascade are medical-grade, and the protocol is clinically structured — frequency, dose, and duration are set to match where your tissue is in its healing cycle, not applied as a standard package regardless of your presentation.
How it works
The Advanced Post-Surgical Recovery Program
A structured six-week protocol, one session per week, starting once your wound is fully healed and closed.
Sessions are focused, straightforward, and non-invasive.
$65 per session — or $330 paid upfront for the full six-week programme.
Some complex or revision surgeries may benefit from additional sessions beyond the initial programme — this is assessed and discussed individually.
Step 1
A brief clinical intake to understand
your surgery, how healing is progressing, and any specific concerns about your scar. Just book an initial consultation to get the process underway.
Step 2
Six weekly PBM sessions, each targeted to your scar site using medical-grade equipment. No hands-on treatment. No pain. Most patients describe the sessions as straightforward and easy.
Step 3
A structured outcome assessment at the end of the programme, with clear documentation of how your scar has responded — and an honest conversation about what, if any, further treatment makes sense going forward.
Who this is for
You’ve had surgery.
Your wound has healed.
And you’re not prepared to just "wait and see" what your scar does.
This programme is for people who have had any surgical procedure that leaves a skin scar — and who want to actively support the best possible outcome during the window when it’s most possible to influence it.
Caesarean section and abdominal surgery
Breast surgery — augmentation, reduction, lift, reconstruction, or lumpectomy
Orthopaedic procedures — joint repair or reconstruction
Removal of skin cancers or other lesions
Weight loss or body contouring surgery
Any procedure leaving a surgical incision you want to manage proactively
You don’t need a referral. You can book directly.
“In 20 years of hands-on patient care, I never met someone who didn’t want to be better ‘yesterday’. What I’ve learned is that for surgical scars, yesterday really does matter — the biology of early healing is the most powerful tool available, and most people are never told they could be using it. That’s exactly why I built this programme.” — Holly Miles, Cascade Scar Institute
What the research says
There’s a reason this works.
PBM for post-surgical wound healing and scar management is a well-researched area, with clinical evidence supporting its use across surgical contexts from reconstructive breast surgery to orthopaedic procedures.
PBM is well tolerated across a wide range of patients and skin types. Across clinical studies, it has been found to be safe and non-invasive, with no meaningful adverse effects reported at therapeutic doses.
“Red LED phototherapy initiated within the first week post-surgery demonstrated improved scar pliability and cosmesis at treated sites, with no adverse events reported.” — Phase II RCT, PubMed Central
LED-red light reduces post-surgical scar formation — Phase II RCT
Title: Light emitting diode-red light for reduction of post-surgical scarring: Results from a dose-ranging, split-face, randomized controlled trial
Journal: Wound Repair and Regeneration (PubMed Central)
Key finding: LED-RL phototherapy initiated within one week post-surgery demonstrated improved scar pliability and cosmesis. PBM was safely used in the early postoperative period on facial skin and may reduce post-surgical scarring at certain fluences.
"Red and near-infrared PBM appears to be a safe, non-invasive adjunct to standard scar management, particularly for early burn and post-operative scars." - Lasers in Medical Science, 2026
Lasers in Medical Science. 2026. Gaumond SI, Dreifus EM, Mittal A, Eber AE.
Key finding: Near-infrared PBM improved color and elasticity in hypertrophic scars and reduced thickness, malleability, pain, and pruritus following hernia repair, thyroidectomy, and blepharoplasty. Across studies, PBM was well tolerated.
PBMT (Photobiomodulation therapy) "is a safe adjunct that reliably enhances early postoperative healing" - Journal of Clinical Medicine, 2026
Journal of Clinical Medicine. 2026. Niedzielska I, Dawiec G, Wiench R, et al.
Key finding: PBMT is a safe adjunct that reliably enhances early postoperative healing and may promote bone remodeling in selected cases.
"NIR significantly improved wound healing" and "reduced postoperative pain," with "optimal outcomes associated with short NIR wavelengths (700-850 nm) - International Wound Journal 2026.
Title: Effects of Near Infrared Light on Surgical Wound Healing: A Systematic Review and Meta-Analysis. International Wound Journal. 2026. Liu J, Gopal V, Ellis B, et al.
“In post-surgical scars, red LED therapy was linked to reduced tissue hardness and better patient-reported outcomes. Near-infrared PBM showed improvements in scar colour and elasticity, alongside reductions in thickness, stiffness, pain, and itching.” — Scoping review, 297 patients — Lasers in Medical Science, 2025/2026
PBM for burn, hypertrophic, and post-surgical scars — Scoping review, 297 patients
Title: Red and near-infrared photobiomodulation for burn, hypertrophic, and post-surgical scars: a scoping review of clinical trials
Journal: Lasers in Medical Science (Springer Nature / PubMed Central), published 2026
Key finding: Across 7 clinical studies and 297 patients, red and near-infrared PBM was found to be a safe, non-invasive adjunct for early burn and post-surgical scar management. Post-surgical scars showed reduced tissue hardness and improved patient-reported outcomes. Near-infrared PBM showed improvements in scar colour, elasticity, thickness, stiffness, pain, and itching.
“PBM stimulates fibroblast migration and proliferation, collagen deposition, and epithelialisation, while exerting anti-inflammatory and angiogenic effects that support organised tissue repair.” — PMC review
PBM promotes wound healing via fibroblast and collagen mechanisms — Scoping review
Title: Photobiomodulation with Blue Light on Wound Healing: A Scoping Review
Journal: Life (MDPI / PubMed Central), 2023
Key finding: PBM promotes vasodilation and angiogenesis, stimulates fibroblast activity and collagen deposition, and exerts anti-inflammatory effects supporting organised tissue repair.
“By modulating fibroblast activity and reducing chronic inflammation, PBM may help lower the risk of hypertrophic scarring when used consistently during the early healing period.” — NAALT clinical guidelines, 2025
NAALT clinical guidance on post-surgical PBM timing
Source: North American Association for Photobiomodulation Therapy (NAALT) clinical guidelines, 2025
Key finding: Initiating PBM treatment within 24–72 hours post-operation — provided the wound is stable and sterile — can optimise the cellular environment for repair. Consistent application during the early healing period may reduce the risk of hypertrophic scar formation by modulating fibroblast activity and reducing chronic inflammation.
Link: https://naalt.net
Your wound has healed.
Your scar is still forming.
This is the time to do something about it.
Book the an Initial Consultation to discuss the Advanced Recovery Program
Or, if you’d like to discuss whether this is the right step for you first, send an email.
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