Laser Therapy for Pain Relief: What the Latest Research Means for Chiropractic Care in Sunbury & Melton

Low Level Laser Therapy for Pain Relief: What the Latest Research Means for Chiropractic Care in Sunbury & Melton

If you’ve been dealing with persistent neck pain, back pain, sports injuries, or joint discomfort, you may have come across Low Level Laser Therapy (LLLT)—also known as photobiomodulation therapy.

At our chiropractic clinics serving Sunbury and Melton, this therapy is often discussed as part of a broader musculoskeletal treatment plan. But what does the research actually say about how effective it is—and does dosage really matter?

A major scoping review of 86 clinical studies helps answer that question, and the findings are more complex (and more useful) than most people realise.

What Is Low Level Laser Therapy?

Low Level Laser Therapy (LLLT), also called photobiomodulation, uses specific wavelengths of red and infrared light to stimulate healing processes in the body.

Unlike surgical lasers that cut or burn tissue, LLLT works by:

• Stimulating cellular energy production (ATP)

• Reducing inflammation

• Modulating pain signals

• Supporting tissue repair and recovery

It’s commonly used in chiropractic and allied health settings for:

• Neck pain

• Lower back pain

• Tendon injuries

• Muscle strains

• Joint pain (shoulder, knee, hip)

• Sports-related injuries

The Big Research Question: Does Dosage Matter?

The key question explored in the scoping review was simple but important:

Does the “dose” of laser therapy determine whether it works better or worse?

Dosage in LLLT isn’t just “more or less treatment.” It includes multiple variables:

• Wavelength (depth of penetration)

• Power output

• Treatment time

• Pulse frequency

• Continuous vs pulsed light

• Number of sessions

• Area treated

You might expect that precise dosing would clearly predict better outcomes—but the research shows otherwise.

What the Research Found (86 Studies Reviewed)

After analysing 86 clinical studies on neuromusculoskeletal conditions, researchers found:

1. No clear “perfect dose” exists yet

Across all dosage variables, there was no consistent link between specific settings and better outcomes.

Patients improved with a wide range of:

• Power levels

• Treatment times

• Frequencies

• Wavelengths

And importantly, similar settings were sometimes found in both successful and unsuccessful outcomes.

2. Studies used highly inconsistent parameters

One of the biggest findings was huge variation in how LLLT was applied, including:

• Different wavelengths (commonly 600–1000 nm)

• Treatment times ranging from under 1 minute to over 10 minutes

• Variable pulse frequencies

• Different treatment protocols per practitioner

This lack of consistency made it difficult to compare results directly.

3. More treatment does NOT always mean better results

Interestingly:

• Successful outcomes averaged ~11–12 sessions

• Unsuccessful outcomes averaged ~13 sessions

This suggests that more sessions alone do not guarantee better recovery outcomes.

4. Pulse frequency may have some influence

One of the few variables showing a possible trend was pulse frequency:

• Higher frequencies were slightly more common in positive outcomes

• But results were not strong enough to draw firm conclusions

5. Wavelength differences were small and unclear

Although wavelength affects tissue penetration:

• Both successful and unsuccessful outcomes used similar ranges

• There was no strong evidence that deeper penetration = better outcomes in practice

What This Means for Chiropractic Care in Sunbury & Melton

For patients in Sunbury and Melton considering chiropractic care with adjunct therapies like laser treatment, this research is actually reassuring—but also important to understand correctly.

1. LLLT is not a “one-setting-fits-all” therapy

There is no universal dosage protocol that guarantees results.

Instead, clinical success depends on:

• Individual injury type

• Tissue depth and location

• Acute vs chronic condition

• Combination with manual therapy and rehab

2. Clinical experience matters as much as device settings

Because research shows high variability, practitioners rely on:

• Symptom response

• Tissue response over time

• Functional improvement

• Integration with chiropractic adjustments and rehabilitation

This aligns well with modern chiropractic care, which is patient-specific rather than protocol-only driven.

3. It works best as part of a broader treatment plan

The evidence supports LLLT as a supportive therapy, not a standalone cure.

In chiropractic practice, it is often combined with:

• Manual adjustments

• Soft tissue therapy

• Exercise rehabilitation

• Load management strategies

What Conditions May Respond Best?

Research across multiple studies suggests LLLT may help with:

• Neck pain and stiffness

• Lower back pain

• Knee osteoarthritis

• Tendon injuries

• Muscle strains

• Sports recovery and overuse injuries

However, results vary due to the dosage inconsistency highlighted in the research.

Safety and Tolerance

LLLT is generally considered:

• Non-invasive

• Painless

• Drug-free

• Low risk when properly applied

Most patients experience only mild warmth or no sensation during treatment.

Key Takeaway from the Research

The most important conclusion from the scoping review is this:

LLLT shows promising benefits for musculoskeletal pain, but optimal dosing parameters are still not clearly defined.

In simple terms:

• It can work well

• It works in many different ways

• But science hasn’t yet locked in a single “perfect formula”

What This Means for Your Care

For patients seeking chiropractic care in Sunbury or Melton, this research supports a practical clinical approach:

• Use LLLT as part of a broader evidence-based plan

• Adjust treatment based on your individual response

• Combine therapy with movement and rehabilitation

• Focus on function, not just symptoms

Final Thoughts

Low Level Laser Therapy is a promising tool in modern musculoskeletal care—but it is not a rigid, one-setting treatment.

The science shows effectiveness across a wide range of settings, which reinforces an important principle in chiropractic care:

Healing is individual, not standardised.

If you’re dealing with persistent pain or a sports injury and are based in Sunbury or Melton, combining hands-on chiropractic care with technologies like LLLT may help support recovery—especially when tailored specifically to your condition and progress.

reference

Taylor DN, Winfield T, Wynd S. Low-Level Laser Light Therapy Dosage Variables vs Treatment Efficacy of Neuromusculoskeletal Conditions: A Scoping Review. J Chiropr Med. 2020 Jun;19(2):119-127. doi: 10.1016/j.jcm.2020.06.002. Epub 2020 Aug 13. PMID: 33318730; PMCID: PMC7729198.