Knee pain is one of the most common reasons people turn to red light therapy. The research on light therapy for joint pain is solid, and the devices on this list are the ones I have personally tested and rated.
Not every red light therapy device works equally well for knees. Panel size, wavelength depth, and form factor all matter for this use case. This list covers the best options across every price point and category.
The top pick stands out on every criterion. The rest are all legitimate options depending on your budget and how you plan to use the device.
- Best Overall Red Light Therapy For Knee Pain: RLT Home Total Spectrum Compact
- Best Red Light Therapy Knee Wrap: Novaalab Knee Ultra
- Best Medical-Grade Red Light Therapy For Knee Pain: Kineon Move+ Pro
- Best Budget Red Light Therapy For Knee Pain: Hooga PRO
- Best Multi-Wavelength Red Light Therapy For Knee Pain: PlatinumLED BioMax 600
- Best All-In-One Red Light Therapy System For Knee Pain: Joovv Solo 3.0
- Best Entry-Level Red Light Therapy For Knee Pain: BestQool
- Best Red Light Therapy Mat For Knee Pain: Nushape
- Best High-Power Red Light Therapy For Knee Pain: Mito Red Light MitoPRO 1500
Best Red Light Therapy For Knee Pain
RLT Home Total Spectrum Compact
The RLT Home Total Spectrum Compact is the best red light therapy device for knee pain because it combines a targeted compact form factor with multi-wavelength output that covers both surface tissue and deeper joint structures.
Most panels force you to choose between portability and performance. This one does not.
The device uses multiple wavelengths spanning red and near-infrared ranges. Red wavelengths in the 630-660nm range address surface inflammation and skin-level recovery.
Near-infrared wavelengths in the 810-850nm range penetrate deeper into the joint capsule and surrounding muscle tissue, which is exactly where knee pain originates.[1]
The compact form factor makes it practical for daily use directly on the knee. You can position it at the correct treatment distance without needing a full panel stand or a large dedicated space.
Sessions take 10-15 minutes. Results with consistent use are noticeable within two to three weeks for most users.
RLT Home backs the Compact with a solid warranty and responsive customer support. The device is well-built and designed to hold up to regular use. Independent reviews from users treating chronic knee pain and post-surgery recovery consistently rate it highly.
Pricing sits in the mid-range category, competitive with panels that deliver fewer wavelengths and a less targeted form factor. RLT Home periodically offers promotional pricing on their site. The value-to-performance ratio is the strongest on this list.
I have used this device consistently for targeted knee sessions and the results have been the most reliable of any device on this list for that specific use case.
Read my RLT Home review for my full experience using this.
Pros
- Compact form factor designed for targeted use on knees and joints
- Multi-wavelength output covering both red and near-infrared ranges
- Competitive irradiance for the size
- Practical for daily 10-15 minute sessions without a large setup
- Strong warranty and customer support
Cons
- Smaller coverage area compared to full-size panels
- Mid-range price is not the cheapest option on this list
Best Red Light Therapy Knee Wrap
Novaalab Knee Ultra
The Novaalab Knee Ultra is the best purpose-built wearable for knee pain on this list. It is designed specifically as a knee wrap, which means the LEDs sit flush against the joint during treatment without any need for positioning or distance management.
The device uses 630nm, 660nm, and 850nm wavelengths delivered through a flexible wrap that conforms to the knee.
The wearable design means both the front and sides of the joint receive simultaneous coverage, which a flat panel cannot replicate from a single position.
Near-infrared at 850nm reaches into the synovial tissue and cartilage surrounding the knee joint.[2]
Setup takes under a minute. The device is rechargeable and hands-free, making it practical to use while sitting, reading, or resting. Session times are typically 15-20 minutes depending on the mode selected.
Third-party testing information for Novaalab is not extensively published, but the device carries CE certification for electrical safety and is sold by a brand with a strong track record in wearable phototherapy devices.
Customer reviews from knee osteoarthritis and post-injury recovery users are consistently positive.
Common themes include reduced stiffness after morning sessions and improved comfort during activity within the first two to four weeks of regular use.
The Novaalab Knee Ultra is priced in the $200-300 range. For anyone who wants hands-free treatment directly on the knee without managing a panel, it is the most practical option on this list.
I used the Knee Ultra for a four-week test period on a chronically stiff right knee. Morning stiffness reduced noticeably by week three.
Read my Novaalab review for my full experience using this.
Pros
- Designed specifically for the knee, not adapted from a general-purpose panel
- Hands-free wearable design with no positioning required
- Covers multiple sides of the joint simultaneously
- Rechargeable and portable for use anywhere
- Three wavelengths for surface and deeper tissue coverage
Cons
- Limited to knee treatment only, not versatile for other body areas
- Less irradiance than a dedicated flat panel at the same price point
- Wrap fit may not suit all knee sizes comfortably
Best Medical-Grade Red Light Therapy For Knee Pain
Kineon Move+ Pro
The Kineon Move+ Pro is the most advanced wearable option for joint pain on this list. It combines low-level laser diodes with LEDs in a single device, which is a combination typically found only in clinical settings.
The device uses 808nm laser diodes alongside 630nm LEDs.
Laser diodes deliver coherent light energy that penetrates deeper into tissue than standard LEDs at the same wavelength, making the Move+ Pro particularly effective for deep joint structures such as the meniscus and synovial lining.[3]
The combination of laser and LED output addresses both the deeper joint tissue and the surrounding soft tissue in a single session.
The device is compact and wearable, designed to strap around the knee during treatment. It is cordless and rechargeable.
Sessions run approximately 10-15 minutes depending on the protocol selected through the companion app.
Kineon has published clinical validation data and the Move+ Pro is used in physiotherapy and sports medicine settings alongside home use. It carries the relevant certifications for medical-grade device use in multiple markets.
User feedback is strong, particularly from users with chronic knee conditions and athletes recovering from ligament injuries. Some users note that results with the Move+ Pro are faster than with LED-only devices they have tried previously.
The Move+ Pro is priced at the premium end of the wearable category, around $350-400. For users with persistent knee pain who have not found sufficient relief from standard LED panels, the addition of laser therapy is worth the price difference.
The combination of laser and LED output made this the most distinctive device I tested for deeper knee joint work.
Read my Kineon review for my full experience using this.
Pros
- Combines laser diodes and LEDs for deeper tissue penetration than LED-only devices
- App-controlled with programmable protocols
- Compact, wearable, and cordless
- Clinical validation data available
- Used by physiotherapists and sports medicine practitioners
Cons
- Premium price point is the highest in the wearable category
- App required to access full functionality
- Smaller coverage area than a flat panel
Best Budget Red Light Therapy For Knee Pain
Hooga PRO
The Hooga PRO is the best entry-level panel option for knee pain on this list. It delivers two clinically relevant wavelengths at a price that makes red light therapy accessible without a significant upfront investment.
The panel uses 660nm red light and 850nm near-infrared light. Both wavelengths are among the most researched in the field.
The 850nm near-infrared at around 100 mW/cm² at 6 inches is sufficient to reach into superficial joint tissue for users who position the panel correctly and use consistent session lengths.
Hooga panels are available in multiple sizes. The PRO 300 suits targeted knee sessions well given its compact dimensions. Setup takes minutes, controls are straightforward, and the 3-year warranty provides reasonable long-term coverage for the price.
Hooga carries CE certification. Independent third-party irradiance testing is not published, which is a gap at this price point, but user consensus on output levels is broadly positive.
Customer reviews on Amazon and Hooga's site consistently highlight value for money. Some users note reduced knee stiffness within two to three weeks of regular use.
Critical feedback focuses on build quality and the limitation of only two wavelengths compared to multi-wavelength competitors.
The Hooga PRO 300 starts around $150. For anyone entering red light therapy on a limited budget, it is the most practical starting point on this list.
I ran the Hooga PRO 500 for ten weeks. Surface recovery was solid. For deeper knee joint work, the two-wavelength range is a real limitation compared to devices with 810nm and 830nm added to the mix.
Read my Hooga review for my full experience using this.
Pros
- Most affordable full panel on this list
- 660nm and 850nm cover the core use cases
- Simple setup and easy to use daily
- Multiple size options
- 3-year warranty
Cons
- Only two wavelengths limits depth and versatility
- Lower irradiance than premium panels
- Basic build quality and thin housing
- No independent irradiance testing data
Best Multi-Wavelength Red Light Therapy For Knee Pain
PlatinumLED BioMax 600
The PlatinumLED BioMax 600 is the best multi-wavelength flat panel on this list. Five wavelengths at a high irradiance output make it one of the most capable panels available for users who want full-spectrum coverage from a single device.
The BioMax 600 uses 630nm, 660nm, 810nm, 830nm, and 850nm. The addition of 810nm and 830nm provides deeper tissue penetration into the joint capsule and surrounding musculature.
This broader spectrum is particularly useful for chronic knee conditions where multiple tissue layers are involved.
Irradiance exceeds 150 mW/cm² at 6 inches, which is among the highest in the consumer panel category. The modular design allows two or more BioMax panels to be connected for expanded coverage.
Build quality is premium with aluminum housing and ETL listing from Intertek for independent safety and performance verification.
PlatinumLED holds ETL listing, which is one of the most credible independent certifications available for consumer RLT devices. This adds confidence to their stated output numbers.
User reviews are strong across the board. The most common feedback from knee pain users is that results are noticeable faster than with budget panels, with reduced swelling and improved post-session comfort reported consistently.
The BioMax 600 is priced around $569. It is a significant investment but justified for users who want the highest output and broadest wavelength range in a flat panel format.
The BioMax 600 delivered the clearest improvement in deep knee recovery of any flat panel I tested. The gap over two-wavelength panels was real.
Read my PlatinumLED BioMax review for my full experience using this.
Pros
- Five wavelengths covering both surface and deep tissue
- High irradiance output, over 150 mW/cm² at 6 inches
- ETL listed for independent safety and performance verification
- Modular design for expanded coverage
- 3-year warranty with strong customer support
Cons
- Highest price point among flat panels on this list
- Heavier and less portable than compact devices
- No app or programmable features
Best All-In-One Red Light Therapy System For Knee Pain
Joovv Solo 3.0
The Joovv Solo 3.0 is the best premium all-in-one panel on this list. It covers a full torso-size treatment area in a single session, making it the best choice for users who want to treat knee pain alongside other areas of the body during the same session.
The Solo 3.0 uses 660nm red and 850nm near-infrared wavelengths across a large panel array with high LED density. The panel size allows full lower body coverage in a single session, so users treating knee pain can simultaneously address surrounding hip flexors, quads, and hamstrings that contribute to joint load and recovery.[4]
The Joovv Solo 3.0 features a Bluetooth-connected app for session management, timers, and usage tracking. The build quality is premium, with a medical-grade finish and a mounting system designed for wall installation or freestanding use.
Joovv maintains independent testing data and has published clinical research partnerships. The Solo 3.0 carries the necessary certifications for both US and international markets.
Customer reviews highlight Joovv's customer support quality and the panel's long-term durability. Some users note that the two-wavelength range is a limitation for the price compared to five-wavelength competitors like PlatinumLED.
The Solo 3.0 retails around $799-999. The premium price reflects the build quality and brand investment rather than a technical advantage in wavelengths or irradiance.
For users who want the full Joovv experience, it delivers. The per-wavelength value is lower than some competitors.
The Joovv Solo 3.0 is a polished, well-built panel. For knee pain specifically, the larger coverage area is its main practical advantage over smaller devices.
Read my Joovv review for my full experience using this.
Pros
- Large panel covers full lower body in a single session
- App-connected with session tracking and protocols
- Premium build quality with long LED lifespan
- Strong warranty and customer support
- Well-established brand with published research backing
Cons
- Only two wavelengths for the premium price
- Highest price point among flat panels on this list
- Requires dedicated wall or floor mounting space
Best Entry-Level Red Light Therapy For Knee Pain
BestQool
BestQool is the best entry-level red light therapy panel for users who want multi-wavelength coverage at the lowest possible price point. Several BestQool models include five wavelengths, which is unusual for this price range.
BestQool panels typically include 630nm, 660nm, 810nm, 830nm, and 850nm. This is the same five-wavelength spread used by premium panels at three to four times the cost.
Irradiance is lower than premium devices, around 60-80 mW/cm² at 6 inches on most models. That is adequate for standard 15-20 minute sessions.
The panels are lightweight with a compact form factor suited to targeted knee sessions. Controls are basic with a built-in timer and straightforward on/off operation. No app is required.
BestQool panels carry CE certification. Independent third-party irradiance verification is not published, but user-measured outputs broadly align with stated specifications.
Customer reviews on Amazon are generally positive with users citing the wavelength range as unexpected for the price. Critical feedback focuses on build quality and lower light output compared to premium panels.
Expected LED lifespan is shorter than premium brands at heavy use volumes.
BestQool panels start around $80-150 depending on size and model. For users new to red light therapy who want to test the modality before committing to a premium device, this is the most cost-effective starting point on the list.
BestQool was the biggest wavelength-per-dollar surprise on this list. Build quality is basic but the output is real for the price.
Read my BestQool review for my full experience using this.
Pros
- Five wavelengths at entry-level pricing
- Lightweight and compact for targeted knee sessions
- Simple controls with no app required
- Affordable starting point for new users
Cons
- Lower irradiance than mid-range and premium panels
- Basic build quality not designed for heavy commercial use
- No independent irradiance testing data published
- Shorter expected LED lifespan at sustained use volumes
Best Red Light Therapy Mat For Knee Pain
Nushape
The Nushape is the best flexible mat option on this list for knee pain treatment. Its flexible design allows the device to conform around the knee, covering the front, sides, and back of the joint in a single session without requiring precise positioning against a flat panel.
Nushape uses red and near-infrared wavelengths in a flexible LED mat format. The mat can be wrapped around the knee and secured in place, delivering light energy to the full circumference of the joint.
This is a meaningful advantage over flat panels for anatomically complex areas like the knee where all-around coverage is beneficial for conditions like osteoarthritis and tendon inflammation.
The device is cordless and rechargeable. Sessions run 10-20 minutes depending on the mode. The flexible construction makes it one of the most portable options on this list and easy to use while seated or lying down.
Nushape carries relevant safety certifications and publishes usage guidelines for their device. Third-party independent testing data is limited but the brand has a solid reputation in the flexible RLT category.
Customer feedback from joint pain users is positive, with many noting improved post-exercise recovery and reduced stiffness. Some users highlight the versatility of being able to use the same mat on multiple body areas. Critical feedback focuses on the lower irradiance relative to full flat panels.
The Nushape is priced around $200-300. For users who want flexible, wraparound coverage of the knee with the convenience of a portable device, it is the most practical option in the mat category.
The wraparound coverage from the Nushape on the knee was noticeably different from flat panel sessions. The all-around light exposure felt more thorough for joint-specific use.
Read my Nushape review for my full experience using this.
Pros
- Flexible mat wraps around the knee for all-around coverage
- Portable, cordless, and rechargeable
- Versatile for use on multiple body areas beyond the knee
- Easy to use while seated or lying down
Cons
- Lower irradiance than dedicated flat panels
- Not as targeted as dedicated knee wearables like the Novaalab or Kineon
- Requires regular charging for daily use
Best High-Power Red Light Therapy For Knee Pain
Mito Red Light MitoPRO 1500
The Mito Red Light MitoPRO 1500 is the best high-power panel option on this list. It delivers one of the highest irradiance outputs in the consumer panel category, making it the best choice for users who want maximum light dose per session.
The MitoPRO 1500 uses 630nm, 660nm, 830nm, and 850nm wavelengths across a large panel format. At roughly 200 mW/cm² at 6 inches, the output comfortably exceeds clinical dose thresholds in standard session lengths.
The high power density means the device can be used at greater distances for full lower body coverage. A clinically relevant dose still reaches the knee joint.
Mito Red Light is a US-based company that publishes third-party spectral and irradiance testing data. The MitoPRO 1500 carries relevant safety certifications and the brand has a strong reputation for transparency around output numbers compared to many competitors in the mid-range panel category.
Mito publishes independent irradiance testing from third-party labs, which is one of the more credible claims they can make at this price point. The spectral data confirms the stated wavelength output.
Customer reviews consistently highlight the output power as the device's main strength. Users upgrading from lower-powered panels report noticeably faster results. Critical feedback is limited and mostly focuses on panel weight and the absence of smart features.
The MitoPRO 1500 is priced around $600-700. For users who prioritize maximum irradiance output and multi-wavelength coverage in a flat panel, it competes directly with PlatinumLED and in some specs exceeds it.
The MitoPRO 1500 delivered the strongest raw output of any flat panel I tested. For users who want the highest dose per session, this is the panel to consider.
Read my Mito Red Light review for my full experience using this.
Pros
- Among the highest irradiance output in the consumer panel category
- Four wavelengths covering both surface and deep tissue
- Third-party irradiance and spectral testing data published
- US-based brand with strong transparency on output claims
Cons
- High price point at the premium end of the flat panel category
- Heavy and requires a sturdy mounting solution
- No app or smart controls
Benefits Of Red Light Therapy For Knee Pain
Reduces Joint Inflammation
Red and near-infrared light at therapeutic doses reduces the inflammatory markers associated with knee pain, including prostaglandins and cytokines involved in acute and chronic joint inflammation.
This anti-inflammatory effect is one of the primary reasons red light therapy is effective for knee osteoarthritis, post-exercise soreness, and conditions like tendinitis in and around the knee joint.
Supports Cartilage And Tissue Repair
Near-infrared wavelengths in the 810-850nm range penetrate into the joint capsule where they increase cellular energy production in chondrocytes, the cells responsible for cartilage maintenance.
This supports the body's natural repair processes in cartilage and connective tissue, which are slow to heal due to limited blood supply. Regular sessions over several weeks can contribute to improved joint function and reduced mechanical pain.
Improves Circulation Around The Joint
Red light therapy promotes the release of nitric oxide from blood vessel walls, which causes local vasodilation and increases blood flow to the treated area. Improved circulation brings more oxygen and nutrients to joint tissue while removing inflammatory byproducts more efficiently.
For knee pain users, this translates to reduced post-session stiffness and improved range of motion with consistent use over several weeks.
Reduces Pain Signals
Red and near-infrared light has a direct analgesic effect by modulating pain signal transmission in peripheral nerve fibres. This reduces the subjective experience of pain at the treatment site independently of the anti-inflammatory effects.
Clinical studies on laser and LED therapy for knee osteoarthritis consistently show pain score reductions of 30-50% with regular treatment protocols over four to eight weeks.
Accelerates Post-Exercise Recovery
Athletes using red light therapy for knee recovery after training sessions report reduced soreness, faster return to full range of motion, and less post-exercise swelling compared to rest alone.
The combination of anti-inflammatory and circulation-boosting effects makes it particularly useful when applied within the first few hours after high-load sessions involving squats, running, or contact sport activity.
How To Pick The Best Red Light Therapy For Knee Pain
Design And Build Quality
For knee pain specifically, form factor matters more than it does for general use. A device that wraps around or sits flush against the knee delivers more direct light to the joint than a flat panel positioned at a distance.
Consider whether you want a flat panel for versatility across multiple body areas, or a wearable device designed specifically for joint use. Flat panels with premium aluminum housing outlast cheap plastic alternatives in daily use conditions.
Wavelengths
For knee pain, near-infrared wavelengths in the 810-850nm range are the most important. These wavelengths penetrate deeply enough to reach the joint capsule, cartilage, and surrounding tendon and ligament structures where knee pain typically originates.
Red wavelengths in the 630-660nm range are effective for the surrounding soft tissue and surface inflammation. A device with both red and near-infrared wavelengths will cover more of the underlying biology than a single-wavelength device.
Use Cases
Match the device to how you plan to use it. A compact or wearable device is more practical for targeted daily knee sessions than a large flat panel.
For treating knees alongside hips, lower back, and legs in the same session, a full-size panel is the better investment.
Consider your treatment schedule and where you will use the device. A rechargeable wearable suits a couch or bed session.
A panel requires a dedicated setup space with appropriate mounting.
Performance And Effectiveness
Clinically relevant irradiance for joint pain sits between 60 and 150 mW/cm² at the treatment distance. Below 60 mW/cm², sessions need to be very long to deliver a useful dose.
Above 150 mW/cm² allows for shorter, more efficient treatment times.
Look for devices that publish independent third-party testing data for irradiance. Stated specs from manufacturers without third-party verification vary in accuracy.
ETL listing and published lab data are the most credible indicators.
Ease Of Use
Consistency matters more than any single session. A device you will actually use daily produces better results than a premium device used sporadically. Prioritize ease of setup, intuitive controls, and a session time that fits your routine.
Wearables and compact devices tend to have lower barriers to daily use than full panels that require mounting and positioning. For users with busy schedules, the practical convenience of a device is as important as its output specs.
Battery Life And Hardware
Corded flat panels have no battery limitation but require a power outlet at the treatment location. Wearable and compact devices are battery-powered and offer more location flexibility, but require regular charging.
For daily use, look for wearables with at least 45-60 minutes of battery life to cover multiple sessions between charges. Premium panels with higher LED counts and aluminum housing generally have longer operational lifespans than budget plastic alternatives.
Price & Warranty
Red light therapy devices for knee pain range from under $100 for entry-level panels to over $900 for premium systems.
The price generally reflects irradiance output, wavelength count, build quality, and the presence of independent testing data.
A 3-year warranty is standard for reputable brands. Shorter warranties or no warranty are a red flag for build quality and long-term reliability.
Return policies of 30-60 days allow enough time to assess whether the device produces results for your specific condition before committing fully.
Frequently Asked Questions
How Long Does It Take For Red Light Therapy To Work On Knee Pain?
Most users notice a reduction in stiffness and minor pain improvements within two to three weeks of daily sessions. More significant pain reduction and functional improvement typically occur between four and eight weeks of consistent use.
Results depend on the underlying condition, device irradiance, session frequency, and treatment duration. Chronic conditions like osteoarthritis take longer to respond than post-exercise soreness.
How Often Should I Use Red Light Therapy On My Knee?
Daily sessions of 10-20 minutes produce the best outcomes for knee pain based on available clinical research. Twice-daily sessions are used in some clinical protocols for acute or severe conditions.
Three to five sessions per week is a practical minimum for users who cannot do daily treatment. Consistency over weeks and months matters more than the frequency of any individual session.
What Wavelength Is Best For Knee Pain?
Near-infrared wavelengths in the 810-850nm range are the most effective for knee joint structures because they penetrate deeply enough to reach the synovial tissue, cartilage, and surrounding tendons and ligaments.
Red wavelengths in the 660nm range support inflammation reduction in the surrounding soft tissue. A device covering both ranges produces the most comprehensive results for knee pain.
Can Red Light Therapy Help Knee Osteoarthritis?
Multiple clinical trials show that red and near-infrared light therapy reduces pain scores and improves functional outcomes in knee osteoarthritis patients. The effect is strongest with near-infrared wavelengths applied directly to the joint.
Red light therapy does not reverse cartilage degeneration, but it reduces the inflammation and pain associated with osteoarthritis and can improve functional mobility with consistent use.
Is A Wearable Or A Panel Better For Knee Pain?
Wearable knee devices deliver light directly against the joint surface and cover multiple sides of the knee simultaneously. This gives them a practical advantage over flat panels for knee-specific treatment.
Flat panels are more versatile and typically deliver higher irradiance output than wearables. If you plan to treat knees and other areas, a flat panel with a good wavelength range offers better overall value.
Is Red Light Therapy Safe For The Knee?
Red and near-infrared light therapy at the doses used in consumer devices is well-tolerated and has a strong safety record. There is no heat damage, UV exposure, or ionizing radiation involved.
Users with active cancer near the treatment area, photosensitizing medications, or recent corticosteroid injections into the joint should consult a doctor before starting. Pregnant users should also seek medical advice before treating areas near the abdomen.
Summary
The best red light therapy device for knee pain is the RLT Home Total Spectrum Compact.
It delivers multi-wavelength output in a compact form factor built for targeted joint sessions, at a price that competes with panels offering fewer wavelengths and less practical design for this use case.
For users who want a hands-free wearable, the Novaalab Knee Ultra and Kineon Move+ Pro are the strongest options. The Novaalab suits general knee pain and recovery.
The Kineon Move+ Pro is the better choice for users with chronic or clinical-grade joint conditions where laser therapy adds meaningful benefit.
References
- de Freitas, L. F., & Hamblin, M. R. (2016). Proposed mechanisms of photobiomodulation or low-level light therapy. IEEE Journal of Selected Topics in Quantum Electronics, 22(3), 7000417. https://pubmed.ncbi.nlm.nih.gov/26468003/
- Hamblin, M. R. (2016). Photobiomodulation or low-level laser therapy. Journal of Biophotonics, 9(11-12), 1122-1124. https://pubmed.ncbi.nlm.nih.gov/27973730/
- Bjordal, J. M., Couppe, C., Chow, R. T., Tuner, J., & Ljunggren, E. A. (2003). A systematic review of low level laser therapy with location-specific doses for pain from chronic joint disorders. Australian Journal of Physiotherapy, 49(2), 107-116. https://pubmed.ncbi.nlm.nih.gov/12737979/
- Huang, Z., Ma, J., Chen, J., Shen, B., Pei, F., & Kraus, V. B. (2015). The effectiveness of low-level laser therapy for nonspecific chronic low back pain. Arthritis Research & Therapy, 17(1), 360. https://pubmed.ncbi.nlm.nih.gov/23832124/