Class IV Laser Therapy
High-power therapeutic laser that reaches deep tissue to help ease discomfort and support the body's healing processes.
What is Class IV Laser Therapy?
Class IV Laser Therapy delivers higher-intensity laser energy than standard cold lasers, reaching deeper tissues -- including muscle, fascia, joints, and bone -- to produce significant photobiomodulation effects.
How it works
The laser energy penetrates 5-10cm into tissue, stimulating mitochondria, supporting circulation, helping reduce nerve sensitivity, and triggering tissue repair responses that support the body's healing processes.
Why clients use it
Clients incorporate Class IV Laser Therapy into their protocols for a range of goals and conditions — from acute recovery to long-term optimization.
Post-surgical site recovery
Back, knee, and shoulder discomfort
Tendinitis and sports injuries
Neuropathic pain support
Arthritis and joint degeneration
What to expect
A certified technician applies the laser handpiece to targeted areas. You'll feel gentle warmth. Sessions are brief but precise, targeting specific tissue depths.
Safety considerations
Protective eyewear required. Not applied over cancerous lesions or eyes.
Recovery Stacking — Sequencing Guide
Based on clinical evidence, here is how Class IV Laser Therapy pairs with other OutRecover modalities.
| Modality | Timing | What It Supports | Why It Works | Research |
|---|---|---|---|---|
| Hyperbaric Oxygen Therapy | acuteAfter chronicBefore | Oxygen delivery, tissue recovery | Laser primes tissue with vasodilation and metabolic activation before HBOT in acute cases; HBOT first for ischemic wounds to resolve hypoxia before laser stimulates repair. | |
| PEMF Therapy | Before | Mitochondrial priming, inflammation support | PEMF enhances cellular voltage and ATP, prepping tissues for deeper photobiomodulation and more effective laser response. | |
| Red Light Therapy | After | Surface recovery, mitochondrial support | Laser targets deep tissues; red light complements afterward by supporting skin recovery and systemic healing. | — |
| Infrared Sauna | After | Detox, circulation, inflammation support | Laser requires cool, dry skin for deep penetration -- sauna after enhances circulation and flushes metabolic byproducts. | |
| Dry Cold Plunge | Before | Inflammation support, enhanced penetration | Cold vasoconstriction improves laser depth by reducing hemoglobin absorption, allowing deeper light penetration. | |
| Lymphatic Compression | with swellingBefore without swellingAfter | Edema reduction, lymphatic flow | Pre-laser compression helps reduce swelling for better light penetration; post-laser compression mobilizes metabolic waste and supports repair factor distribution. | — |
| Compression Therapy | After | Circulation, recovery, metabolic flushing | Laser enhances vasodilation and circulation -- compression amplifies those effects to support recovery. | |
| Molecular Hydrogen Therapy | After | Oxidative stress support, mitochondrial protection | Hydrogen helps clear oxidative byproducts post-laser, supporting mitochondria and deeper recovery. | |
| AI Bike Training | After | Sprint output, metabolic priming | Laser therapy preps mitochondria and may help reduce oxidative stress, supporting performance during AI Bike training. | — |
Hyperbaric Oxygen Therapy
Oxygen delivery, tissue recovery
Laser primes tissue with vasodilation and metabolic activation before HBOT in acute cases; HBOT first for ischemic wounds to resolve hypoxia before laser stimulates repair.
PEMF Therapy
Mitochondrial priming, inflammation support
PEMF enhances cellular voltage and ATP, prepping tissues for deeper photobiomodulation and more effective laser response.
Red Light Therapy
Surface recovery, mitochondrial support
Laser targets deep tissues; red light complements afterward by supporting skin recovery and systemic healing.
Infrared Sauna
Detox, circulation, inflammation support
Laser requires cool, dry skin for deep penetration -- sauna after enhances circulation and flushes metabolic byproducts.
Dry Cold Plunge
Inflammation support, enhanced penetration
Cold vasoconstriction improves laser depth by reducing hemoglobin absorption, allowing deeper light penetration.
Lymphatic Compression
Edema reduction, lymphatic flow
Pre-laser compression helps reduce swelling for better light penetration; post-laser compression mobilizes metabolic waste and supports repair factor distribution.
Compression Therapy
Circulation, recovery, metabolic flushing
Laser enhances vasodilation and circulation -- compression amplifies those effects to support recovery.
Molecular Hydrogen Therapy
Oxidative stress support, mitochondrial protection
Hydrogen helps clear oxidative byproducts post-laser, supporting mitochondria and deeper recovery.
AI Bike Training
Sprint output, metabolic priming
Laser therapy preps mitochondria and may help reduce oxidative stress, supporting performance during AI Bike training.
Sequencing guidance is based on clinical evidence and practitioner experience. Always consult with your OutRecover team before beginning a protocol.
Session pricing
$75per session
Save with a membership -- members receive 15-25% off all services.
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Book a session or explore a Recovery Stack that includes this modality.