Achilles Tendinopathy
High Level Laser Therapy for Achilles Tendinopathy | Sunbury
High level laser therapy is a non-invasive treatment that may help reduce pain and support recovery in people with Achilles tendinopathy. Research suggests it may improve blood flow, reduce inflammation in irritated tissues and stimulate cellular repair when combined with progressive rehabilitation. Every patient responds differently, making a thorough assessment essential. At Health Wise Chiropractic, we combine evidence-informed laser therapy with tailored exercise programs and movement advice to help patients in Sunbury and Melton safely return to daily activities, work and sport.
Achilles tendinopathy is one of the most common overuse injuries affecting active Australians. It causes pain, stiffness and reduced function in the large tendon connecting your calf muscles to your heel. Many people ask whether high level laser therapy can help. Current research suggests that high level laser therapy may reduce pain, improve circulation and support the body's natural healing processes when combined with an evidence-based rehabilitation program. It is not a cure on its own, but it may be a valuable part of a comprehensive treatment plan.
Achilles tendinopathy commonly affects runners, footballers, tradies, hikers, gym-goers and anyone whose activity levels increase suddenly. It can also develop in less active individuals due to ageing, reduced tendon capacity, poor footwear or underlying health conditions.
Early assessment is important because persistent tendon pain can become more difficult to manage over time. Identifying contributing factors—including training loads, calf strength, ankle mobility, biomechanics and footwear—helps guide appropriate treatment.
At Health Wise Chiropractic, our practitioners provide personalised assessments to determine whether high level laser therapy is appropriate for your Achilles tendon injury. Treatment is typically combined with progressive strengthening exercises, activity modification and rehabilitation to help optimise recovery for patients throughout Sunbury, Melton and surrounding communities
What Is This Condition?
Understanding Achilles Tendinopathy
Achilles tendinopathy is a condition involving pain, reduced function and structural changes within the Achilles tendon. Rather than being purely an inflammatory injury, most long-standing cases involve gradual degeneration and failed healing of tendon tissue caused by repetitive overload.
The Achilles tendon is the largest and strongest tendon in the human body. It connects the gastrocnemius and soleus muscles of the calf to the heel bone (calcaneus). Every step, jump and push-off during walking or running places substantial force through this tendon. During running, loads can exceed six to eight times a person's body weight.
A healthy tendon continually adapts to physical stress. Problems develop when the amount of loading exceeds the tendon's ability to repair itself. Instead of recovering normally, microscopic tissue damage accumulates faster than healing can occur.
Over time this may result in:
thickening of the tendon
disruption of collagen fibres
increased small blood vessels within the tendon
increased nerve sensitivity
reduced load tolerance
ongoing pain during activity
Modern research shows that Achilles tendinopathy is usually not caused by significant inflammation alone. Instead, it represents a complex interaction between tendon degeneration, altered mechanics, overload and pain sensitivity.
Types of Achilles Tendinopathy
There are two main forms.
Mid-portion Achilles Tendinopathy
This occurs approximately 2–6 cm above the heel bone.
It is the most common form and usually develops from repetitive running, jumping or sporting activities.
Symptoms often include:
morning stiffness
tenderness when squeezing the tendon
pain after exercise
discomfort when climbing stairs
reduced calf strength
Insertional Achilles Tendinopathy
This affects the point where the tendon attaches to the heel bone.
Patients often notice pain directly at the back of the heel, particularly when walking uphill, climbing stairs or wearing rigid shoes that press against the area.
This form may also be associated with:
heel bone spurs
bursitis
irritation where the tendon inserts into bone
Treatment differs slightly because excessive stretching can aggravate insertional tendon injuries.
Acute Versus Chronic Tendinopathy
Early Tendinopathy
Symptoms have usually been present for only a few weeks.
Patients may notice:
mild pain at the beginning of exercise
stiffness after rest
discomfort that settles once warmed up
pain after heavy activity
With appropriate management, recovery during this stage is often faster.
Persistent Tendinopathy
Symptoms lasting longer than three months often involve more substantial structural tendon changes.
Patients may experience:
ongoing morning pain
reduced sporting performance
swelling or thickening
pain during everyday walking
repeated flare-ups
reduced calf endurance
Persistent cases usually require a longer rehabilitation program.
Common Symptoms
Symptoms vary considerably between individuals but often include:
pain at the back of the ankle
tenderness when touching the tendon
stiffness after waking
pain during running
discomfort after exercise
swelling or thickening
reduced jumping ability
difficulty walking uphill
calf weakness
reduced sporting performance
Some patients only experience discomfort after exercise, while others find even walking painful.
Common Causes
Achilles tendinopathy is rarely caused by one single event.
Instead, several contributing factors often combine.
These include:
Training Errors
Sudden increases in:
running distance
sprint training
hill running
jumping
sports frequency
are among the most common causes.
Reduced Calf Strength
Weak calf muscles increase stress on the Achilles tendon during walking and running.
Limited Ankle Mobility
Reduced ankle flexibility alters lower limb mechanics and increases tendon loading.
Poor Footwear
Shoes that provide inadequate support or have become excessively worn may increase tendon strain in susceptible individuals.
Biomechanical Factors
Some people demonstrate movement patterns that place greater stress on the Achilles tendon, including:
excessive foot pronation
altered running technique
reduced hip control
reduced balance
These factors do not necessarily cause tendon pain independently but may contribute when combined with excessive loading.
Age
Achilles tendons gradually become less elastic with age, making recovery slower and increasing susceptibility to overload.
Medical Conditions
Certain health conditions may influence tendon health, including:
diabetes
obesity
inflammatory arthritis
elevated cholesterol
previous tendon injury
Smoking may also reduce tendon healing capacity.
Muscular Pain, Joint Pain or Nerve Pain?
Not all pain near the Achilles tendon originates from the tendon itself.
A thorough assessment helps distinguish between different pain sources.
Tendon Pain
Typically:
localised
worsens with loading
stiff in the morning
tender to squeeze
Muscular Pain
Calf muscle strains usually produce pain higher in the leg and are aggravated by stretching or contracting the muscle.
Joint Pain
Arthritis or ankle joint dysfunction may produce pain around the ankle rather than directly within the tendon.
Nerve Pain
Lumbar spine conditions or nerve entrapment can refer pain into the lower leg. Nerve pain is often described as burning, tingling, numbness or shooting pain rather than local tendon tenderness.
Correct diagnosis is essential because each condition requires different management.
Can High Level Laser Therapy Help Achilles Tendinopathy?
High level laser therapy (HLLT), sometimes called Class IV laser therapy, is a non-invasive treatment that uses specific wavelengths of light to deliver therapeutic energy into injured tissues. Unlike surgical lasers, therapeutic lasers do not cut or burn tissue when used correctly. Instead, they are designed to stimulate biological processes that may reduce pain and support tissue repair.
For people with Achilles tendinopathy, high level laser therapy is generally considered an adjunctive treatment, meaning it is used alongside progressive strengthening exercises, activity modification and rehabilitation rather than as a stand-alone solution.
Current evidence suggests that laser therapy may help reduce pain in some patients, particularly during the early stages of rehabilitation. However, long-term improvements in tendon strength and function rely primarily on appropriate loading exercises and addressing contributing factors such as biomechanics, footwear and training errors.
Can High Level Laser Therapy Help Achilles Tendinopathy?
High level laser therapy (HLLT), sometimes called Class IV laser therapy, is a non-invasive treatment that uses specific wavelengths of light to deliver therapeutic energy into injured tissues. Unlike surgical lasers, therapeutic lasers do not cut or burn tissue when used correctly. Instead, they are designed to stimulate biological processes that may reduce pain and support tissue repair.
For people with Achilles tendinopathy, high level laser therapy is generally considered an adjunctive treatment, meaning it is used alongside progressive strengthening exercises, activity modification and rehabilitation rather than as a stand-alone solution.
Current evidence suggests that laser therapy may help reduce pain in some patients, particularly during the early stages of rehabilitation. However, long-term improvements in tendon strength and function rely primarily on appropriate loading exercises and addressing contributing factors such as biomechanics, footwear and training errors.
How Does High Level Laser Therapy Work?
High level laser therapy delivers concentrated light energy into tissues beneath the skin. Different wavelengths penetrate to varying depths, allowing treatment of structures such as muscles, ligaments and tendons.
The light energy is absorbed by specialised structures inside cells called mitochondria, which are responsible for producing cellular energy in the form of adenosine triphosphate (ATP).
Increasing cellular energy may enhance the body's natural repair mechanisms.
Potential biological effects include:
increased ATP production
improved cellular metabolism
enhanced protein synthesis
improved local blood flow
reduced oxidative stress
modulation of inflammatory chemicals
stimulation of collagen production
improved tissue healing responses
These effects are collectively referred to as photobiomodulation.
Why Is This Important for Achilles Tendinopathy?
Achilles tendinopathy is no longer thought to be purely an inflammatory condition.
Instead, the tendon develops microscopic structural changes over time, including:
collagen fibre disorganisation
increased tendon thickness
reduced mechanical strength
increased pain sensitivity
impaired healing responses
Because the tendon has a relatively poor blood supply, recovery can be slow.
Researchers believe laser therapy may help create a more favourable healing environment by improving cellular activity within damaged tendon tissue. While laser therapy does not "repair" the tendon instantly, it may help support the body's natural recovery processes.
Potential Benefits of High Level Laser Therapy
Research suggests that some patients may experience improvements in:
Pain Reduction
Pain relief is one of the most consistently reported benefits.
Laser therapy may reduce pain by:
decreasing inflammatory mediators
influencing pain receptor sensitivity
reducing nerve irritation
improving local circulation
Many patients notice gradual improvements over several treatment sessions rather than immediate pain relief.
Improved Tissue Healing
Laboratory studies have demonstrated that photobiomodulation may stimulate tendon cells (tenocytes) to produce collagen, which is the primary structural protein within healthy tendons.
Collagen production is important because healthy collagen fibres provide the tendon with strength and resilience.
Better Blood Flow
Although tendons naturally have a limited blood supply, laser therapy may temporarily increase local circulation.
Improved circulation may assist with:
oxygen delivery
nutrient transport
waste removal
tissue metabolism
Reduced Muscle Tightness
People with Achilles tendinopathy often develop tightness in the calf muscles.
Laser therapy may help reduce muscle guarding, making rehabilitation exercises more comfortable.
Improved Function
By reducing pain during movement, patients may find it easier to perform strengthening exercises that are essential for long-term recovery.
Improved tolerance to exercise is one of the main reasons laser therapy is combined with rehabilitation rather than used independently.
What Does Treatment Feel Like?
Most patients find laser therapy comfortable.
During treatment you may notice:
Gentle warmth
Mild tingling
No pain
No vibration
No electrical sensation
Protective safety glasses are worn by both the practitioner and patient throughout treatment.
Treatment usually takes between 5 and 15 minutes, depending on the size of the treatment area and the severity of symptoms.
Most people can return to normal daily activities immediately afterwards.
Who May Benefit?
High level laser therapy may be appropriate for people with:
recent Achilles tendon pain
persistent Achilles tendinopathy
pain during walking
pain while running
morning tendon stiffness
recurrent tendon flare-ups
sporting injuries
work-related overuse injuries
It may also benefit patients who are unable to tolerate higher exercise loads during the early stages of rehabilitation.
Who May Not Be Suitable?
Laser therapy is not appropriate for everyone.
Treatment may not be recommended over:
known or suspected malignant tumours
the eyes
active bleeding
certain areas during pregnancy
active infections where medical management is required
Extra caution may also be required in people with:
reduced skin sensation
photosensitivity disorders
medications that increase light sensitivity
A thorough assessment helps determine whether laser therapy is suitable for each individual.
What Happens During Your Appointment?
When you visit Health Wise Chiropractic for Achilles tendinopathy, your appointment begins with a detailed assessment to understand your symptoms, activity levels and recovery goals. The purpose is to determine whether high level laser therapy is appropriate and identify the factors contributing to your tendon pain.
1. Health History and Symptom Discussion
Your practitioner will ask questions about:
when your Achilles pain started
whether symptoms developed suddenly or gradually
activities that aggravate or relieve symptoms
sporting activities and training changes
work demands
previous ankle, calf or lower limb injuries
footwear
general health factors that may influence tendon recovery
Understanding the pattern of your symptoms helps distinguish Achilles tendinopathy from other causes of heel and ankle pain.
2. Physical Examination and Functional Assessment
Your practitioner may assess:
tenderness along the Achilles tendon
tendon thickness and sensitivity
calf muscle strength
ankle mobility
walking pattern
balance
single-leg calf raises
lower limb movement control
This assessment helps identify whether the problem is primarily related to tendon overload, muscle weakness, joint restriction, movement patterns or another condition.
3. Treatment Planning
After your assessment, your practitioner will explain:
what may be contributing to your Achilles pain
whether high level laser therapy may be suitable
realistic treatment expectations
rehabilitation requirements
activities to modify during recovery
A personalised plan may include high level laser therapy combined with exercises and other supportive treatments.
4. High Level Laser Therapy Treatment
During laser therapy, a handheld device is applied over the affected Achilles tendon and surrounding tissues.
Patients usually experience:
a gentle warming sensation
no discomfort
no needles or invasive procedures
Treatment duration varies depending on the area being treated and the selected protocol.
The number of sessions required depends on:
symptom duration
severity of tendon changes
activity demands
response to treatment
5. Rehabilitation and Home Advice
Before leaving, you may receive advice regarding:
exercises to improve tendon strength
activity modification
footwear considerations
gradual return to sport
strategies to prevent recurrence
The goal is not simply to reduce pain but to improve the tendon’s ability to tolerate everyday and sporting demands.
Home Care & Exercises
Exercise is one of the most important components of Achilles tendinopathy recovery. Tendons respond to gradual, progressive loading. Exercises should be challenging but should not cause a significant increase in symptoms that lasts into the following day.
If exercises significantly increase pain, they should be modified with guidance from a healthcare professional.
1. Calf Isometric Hold
Purpose:
Helps reduce pain and introduces gentle loading to the Achilles tendon.
Instructions:
Stand facing a wall or stable surface.
Rise onto the balls of both feet.
Hold the position without moving.
Lower slowly back down.
Dosage:
Hold for 30–45 seconds
Repeat 3–5 times
Perform daily
Progression:
Progress from two legs to one leg as strength improves.
2. Double-Leg Heel Raises
Purpose:
Improves calf strength and increases Achilles tendon capacity.
Instructions:
Stand with feet hip-width apart.
Slowly rise onto your toes.
Pause briefly at the top.
Lower your heels slowly.
Dosage:
3 sets of 10–15 repetitions
3–5 times per week
Progression:
Increase repetitions first, then progress to single-leg heel raises.
3. Single-Leg Heel Raises
Purpose:
Builds the strength needed for walking, running and sporting activities.
Instructions:
Stand on one leg near a support.
Lift your heel slowly.
Control the lowering phase.
Maintain balance throughout.
Dosage:
3 sets of 8–12 repetitions
3–4 times per week
Progression:
Add resistance using weights or a backpack when comfortable.
4. Calf Mobility Stretch
Purpose:
Improves ankle flexibility and reduces excessive strain during movement.
Instructions:
Place hands against a wall.
Step one foot behind you.
Keep the back heel on the floor.
Gently bend the front knee until a stretch is felt in the calf.
Dosage:
Hold 20–30 seconds
Repeat 2–4 times each side
Daily
Note:
People with insertional Achilles tendinopathy may need to avoid aggressive heel-drop stretches, as excessive compression may aggravate symptoms.
5. Balance and Single-Leg Control Exercise
Purpose:
Improves lower limb control and prepares the tendon for functional activities.
Instructions:
Stand on one leg.
Maintain a stable pelvis and upright posture.
Hold your balance.
Progress by adding gentle movements.
Dosage:
Hold 30 seconds
Repeat 3 times
Daily
Progression:
Perform on a softer surface or while reaching in different directions.
Prevention Tips
Preventing Achilles tendinopathy involves improving tendon capacity and managing the amount of stress placed on the tendon.
Increase Exercise Gradually
Sudden increases in:
running distance
speed
hills
jumping activities
training frequency
can overload the Achilles tendon.
A gradual progression allows the tendon time to adapt.
Strengthen Regularly
Maintaining strong calf muscles helps the Achilles tendon tolerate everyday activities and sport.
Include:
calf raises
balance exercises
lower limb strengthening
in your weekly routine.
Optimise Workstation and Daily Posture
For people with desk-based work:
avoid prolonged sitting without movement breaks
keep feet supported
change positions regularly
take short walking breaks
Although posture does not directly cause Achilles tendinopathy, prolonged inactivity may reduce overall movement capacity.
Choose Appropriate Footwear
Helpful footwear should:
fit correctly
provide appropriate cushioning
match your activity
not create excessive pressure around the heel
Replace worn-out sports shoes when cushioning and support decline.
Warm Up Before Exercise
Before running or sport:
perform light movement
gradually increase intensity
prepare calves and ankles for loading
Avoid going immediately from rest into high-intensity activity.
Manage Stress and Recovery
Recovery is influenced by overall health.
Helpful habits include:
adequate sleep
balanced nutrition
hydration
managing stress levels
allowing recovery between intense training sessions
Recovery Timeline
Recovery from Achilles tendinopathy varies significantly between individuals. Tendons adapt slowly compared with muscles, meaning improvements often occur over weeks and months rather than days.
Mild Cases
Mild Achilles tendon pain may improve within:
6–12 weeks
when managed early with:
activity modification
appropriate exercises
gradual strengthening
symptom management
Moderate Cases
Cases involving several months of symptoms may require:
3–6 months
of consistent rehabilitation.
Treatment usually focuses on:
progressive loading
improving calf strength
restoring confidence with activity
gradual return to sport
Persistent or Chronic Cases
Long-standing Achilles tendinopathy may require:
6–12 months or longer
to achieve optimal improvement.
This does not mean treatment is unsuccessful. Tendon tissue remodels slowly, and consistent rehabilitation is often required.
Factors That May Slow Recovery
Recovery may take longer with:
symptoms present for many months
repeated flare-ups
poor load management
inadequate strength
smoking
diabetes
high physical work demands
returning to sport too quickly
When Should You Seek Further Advice?
Professional assessment is recommended if:
pain continues despite modifying activity
symptoms worsen
you experience sudden sharp pain or a popping sensation
walking becomes difficult
there is significant swelling
you cannot perform a calf raise
Early assessment can help identify the correct diagnosis and prevent persistent problems.
Achilles Tendinopathy in Australia
Achilles tendinopathy is a common lower limb tendon condition affecting both recreationally active people and elite athletes. While there is limited Australian population data specifically measuring Achilles tendinopathy prevalence, international studies and Australian injury data indicate that Achilles tendon problems represent a significant burden, particularly among runners, sporting populations and middle-aged adults.
Key points include:
Achilles tendinopathy accounts for a substantial proportion of overuse injuries in running and jumping sports.
Recreational runners have reported Achilles tendon injury rates ranging from approximately 6–18% depending on training volume, age and running experience.
The condition commonly affects adults between 30 and 60 years of age, although it can occur in younger athletes and older adults.
Men are diagnosed more frequently than women in many sporting populations, although Achilles tendinopathy can affect anyone.
Achilles tendon disorders are a frequent reason for reduced participation in sport, modified work duties and activity limitations.
The Australian Institute of Health and Welfare (AIHW) reports that musculoskeletal conditions are among the leading causes of disability and chronic health burden in Australia, affecting millions of Australians and contributing substantially to healthcare use and reduced quality of life.
For Australians involved in running, football, basketball, tennis, hiking, gym training or physically demanding occupations, Achilles tendon pain can significantly affect daily function.
Frequently Asked Questions
1. Can high level laser therapy help Achilles tendinopathy?
High level laser therapy may help reduce pain and support recovery in some people with Achilles tendinopathy. Research suggests it may influence cellular repair processes and improve symptoms, particularly when combined with progressive strengthening exercises. Results vary depending on the severity and duration of symptoms.
2. Is high level laser therapy a cure for Achilles tendon pain?
No. High level laser therapy is not considered a standalone cure for Achilles tendinopathy. It may help manage symptoms and support recovery, but improving tendon strength and function requires appropriate rehabilitation and gradual loading.
3. How does laser therapy work on the Achilles tendon?
Laser therapy uses specific wavelengths of light to stimulate cellular activity within tissues. This process, called photobiomodulation, may increase cellular energy production, support collagen activity and influence pain responses.
4. Is high level laser therapy painful?
Most patients find high level laser therapy comfortable. Some people notice a gentle warming sensation during treatment. It is non-invasive and does not involve needles or surgery.
5. How many laser therapy sessions are needed for Achilles tendinopathy?
The number of sessions varies depending on symptom duration, severity and individual response. Some people notice improvement after several treatments, while persistent tendon problems may require a longer rehabilitation program.
6. Can I exercise while receiving laser therapy?
In most cases, yes. Exercise is an important part of Achilles tendon recovery. Your practitioner can help modify activity levels and prescribe appropriate strengthening exercises based on your symptoms.
7. Should I stop running if I have Achilles tendinopathy?
Not necessarily. Complete rest is often not required. Many people benefit from modifying running volume, intensity or terrain while gradually rebuilding tendon capacity.
8. What is the difference between Achilles tendinitis and Achilles tendinopathy?
Achilles tendinitis suggests inflammation of the tendon. However, many persistent Achilles conditions involve tendon degeneration and reduced load tolerance rather than inflammation alone, which is why the term Achilles tendinopathy is commonly used.
9. When should I see a healthcare professional for Achilles pain?
Assessment is recommended if pain persists, affects walking or sport, worsens over time, or occurs with sudden weakness, swelling or a popping sensation.
10. Can Health Wise Chiropractic help with Achilles tendinopathy in Sunbury and Melton?
Health Wise Chiropractic provides personalised assessments and evidence-informed care for musculoskeletal conditions, including Achilles tendon problems. Your practitioner can determine whether high level laser therapy and rehabilitation strategies are suitable for your situation.
Why Choose Health Wise Chiropractic?
Managing Achilles tendinopathy effectively requires more than treating pain. A thorough assessment helps identify why the tendon has become overloaded and what steps are needed to improve function.
Health Wise Chiropractic provides evidence-informed musculoskeletal care focused on personalised treatment plans. Practitioners assess each patient individually and consider factors such as activity levels, work demands, movement patterns and rehabilitation goals.
Care may include high level laser therapy, exercise recommendations, rehabilitation strategies and lifestyle advice designed around each person's needs.
With clinics in Sunbury and Melton, Health Wise Chiropractic supports patients seeking professional guidance for tendon injuries, sports-related conditions and everyday musculoskeletal problems.
Patients can access convenient online bookings and receive care focused on improving movement, confidence and long-term function.