What treatments can it be used for?
The program library provides starting points for adjunctive treatment of arthrosis, knee osteoarthritis, knee pain, hip pain, ankle sprain, bursitis and other periarticular complaints.
Photobiomodulation can be used to influence pain and surrounding soft-tissue complaints. It does not restore worn cartilage, meniscus or ruptured ligaments, and it does not replace physiotherapy, load modification or orthopedic evaluation.
Manufacturer protocols include acute and chronic back pain, lumbar and cervical syndromes, myofascial pain and complaints associated with radiculopathy.
Program names do not replace diagnosis. In case of radiating limb pain, muscle weakness, sensory disturbance, urinary or fecal dysfunction, trauma or rapid deterioration, medical assessment is required before treatment.
The program library may include protocols for shoulder pain, frozen shoulder, subacromial bursitis, rotator cuff–related complaints and postoperative rehabilitation.
Laser is an adjunct to rehabilitation. In cases of significant strength loss, post-injury immobility or suspected complete tendon rupture, imaging and specialist assessment are required.
Epicondylitis, Achilles tendinopathy, patellar tendon complaints, De Quervain syndrome, tenosynovitis and trigger point treatment are among the indicated target areas listed above.
Tendon rehabilitation is based on load management and progressive strengthening. Pain reduction alone does not mean the tendon is ready for full sports or work load.
For muscle pain, contracture, contusion, strain, post-injury edema and postoperative rehabilitation, laser can be part of a comprehensive treatment plan.
In acute injury, fracture, complete rupture, infection and other urgent conditions must first be excluded. High power should not be used to mask symptoms that prevent safe return to sport.
The plantar fasciitis program gives manufacturer-recommended starting points for targeted treatment of painful areas of the plantar fascia.
Laser does not remove bony heel spurs. The goal of treatment is adjunctive management of surrounding soft-tissue complaints alongside load modification, appropriate footwear and rehabilitation.
The program list includes edema-management protocols for acute injury and postoperative conditions.
Unknown-origin swelling should be investigated first. Laser does not replace compression, mobilization, appropriate wound care or complex lymphedema therapy.
The 12 W models' program library includes scar treatment and other dermatological programs. Their applicability depends on the connected handpiece, its wavelength and the manufacturer's protocol.
Do not treat infected, exuding, rapidly changing or unknown-origin skin lesions without a diagnosis. Pigmented lesions, suspected melanoma or active cancer are contraindications or require specialist decision.
Why choose the PhysioLaser 12.0 Pro?
12 W maximum optical power
Its optical power matches the portable PhysioLaser 12.0 model. In continuous maximum operation, up to 720 Joules per minute can be delivered.
105 built-in clinical protocols
The Pro program library has five more programs than the portable model. The real clinic advantage is not just the number of programs but the fixed workflow.
11 and 22 mm optics included
The smaller optic is for targeted point treatment; the larger optic (~3.8 cm²) is useful for faster scanning of larger areas.
Desktop design for a fixed workstation
The central unit (220 × 170 × 60 mm, approx. 790 g) can be placed on a trolley or dedicated treatment surface.
Larger control surface and fixed clinic ergonomics
The Pro desktop design can be more comfortable for daily repeated treatment sessions because the central unit remains permanently prepared in a fixed location.
Two protective glasses and emergency stop
Operator and patient protective goggles required for Class 4 treatment, and a safety emergency-stop are included in the package.
Is the PhysioLaser 12.0 Pro right for you?
Good choice if you want a fixed laser workstation in a high-volume clinic or rehabilitation center.
Particularly practical if you keep the device on a trolley and value a stable, always-ready treatment environment.
Compared to the portable 12.0 you do not get greater power, but a desktop housing, fixed clinic ergonomics and five additional manufacturer programs.
Don't choose this if you regularly take the device to sports fields, multiple sites or home care. The portable 12.0 is more practical for that.
The Pro flagship character comes from the workflow, not from having higher therapeutic power than the portable version.
105 built-in clinical protocols
The program library mainly covers musculoskeletal, sports rehabilitation, edema-related and dermatological goals. Choosing a program simplifies setup but does not replace diagnosis, dose verification or treatment documentation.
Arthrosis, osteoarthritis, knee, hip and ankle complaints, bursitis, peri-meniscal complaints and post-injury or postoperative joint rehabilitation.
Program names do not replace diagnosis. Check exact parameters in the device menu and user manual.
Acute and chronic back pain, lumbar and cervical syndromes, radiculopathy-associated pain, myofascial complaints and postoperative rehabilitation.
Program names do not replace diagnosis. Check exact parameters in the device menu and user manual.
Shoulder pain, frozen shoulder, rotator cuff complaints, epicondylitis, Achilles and patellar tendinopathy, tenosynovitis and trigger points.
Program names do not replace diagnosis. Check exact parameters in the device menu and user manual.
Muscle pain, DOMS, contracture, contusion, strain, post-injury or postoperative edema, rehabilitation phases and adjunctive pain management.
Program names do not replace diagnosis. Check exact parameters in the device menu and user manual.
The program library may include skin regeneration, scar treatment and other dermatological programs. Usability of individual programs depends on the connected 808, 980 or 1064 nm handpiece.
The source material mentions 27 dermatological programs. Some of these are only available or applicable with the appropriate optional handpiece.
Program names do not replace diagnosis. Check exact parameters in the device menu and user manual.
Important: the base package includes an 808 nm handpiece. To use 980 and 1064 nm programs you need the respective optional handpiece and eye protection covering those wavelengths.
What does 12 W laser treatment mean?
In photobiomodulation, light of a specified wavelength and dose is delivered to the target tissue. The biological response depends on wavelength, power, energy dose, spot size, pulse settings and treatment geometry.
A 12 W maximum power in continuous mode equals 12 Joules per second, or up to 720 Joules per minute. This enables rapid dose delivery but requires increased attention to avoid tissue heating and excessive dosing.
The standard 808 nm handpiece operates in the near-infrared range. Optional 980 and 1064 nm handpieces may offer different tissue absorption properties, but it is not correct to simply rank them as "deeper" or automatically more effective.
The main clinical advantage of higher power is treatment speed. It does not automatically prove stronger biological effect, faster healing or fewer treatment sessions needed.
Professional treatment in four steps
1
Examine the patient
Clarify the diagnosis, treatment goal, tissue status and contraindications. Program names are not a substitute for diagnosis.
2
Select the handpiece, optic and protocol
Check wavelength, power, mode, frequency, duty cycle, treatment time, spot size and the size of the treatment area.
3
Ensure a Class 4 environment
Operator and patient must wear appropriate certified laser protective goggles for the used wavelength. Remove reflective objects, prevent unauthorized entry and keep the emergency stop accessible.
4
Perform and document the treatment
For point treatment keep the handpiece stable; for scanning move at a steady speed. Document the area, handpiece, optic, parameters, energy dose and patient response.
Frequently Asked Questions
12 W is the maximum rated optical power. In continuous maximum operation this equates to up to 720 Joules per minute. In pulsed programs the average energy output can be lower.
No. The main advantage of higher power is faster dose delivery. Penetration is determined by wavelength, tissue optical properties, spot size, contact and treatment geometry.
Yes. The device is a Class 4 laser. Both operator and patient must wear certified laser protective goggles appropriate for the used wavelength.
Stop the device and seek urgent ophthalmological assessment. Inform the specialist of the wavelength used and the possibility of exposure to a Class 4 laser up to 12 W. Lack of symptoms does not exclude injury.
No. According to the source, the base package includes an 808 nm handpiece. 980 and 1064 nm handpieces are optional accessories; the 1064 nm head has a maximum output of 3 W.
The 11 mm optic is practical for smaller, targeted areas; the 22 mm optic is convenient for scanning larger surfaces. Because of the larger spot size, power density and required treatment time will differ.
Optical power is identical. The portable 12.0 is smaller and more mobile; the 12.0 Pro is a desktop design with a larger display and five additional manufacturer programs.
There is no fixed number of sessions valid for all indications. Course length should be determined based on diagnosis, tissue status, dose, clinical response and the rehabilitation plan.
What's included in the package?
- 1 pc PhysioLaser 12.0 Pro desktop central unit
- 1 pc 808 nm handpiece with 11 mm optic
- 1 pc 22 mm optic for the 808 nm handpiece
- 1 pc operator laser protective goggles
- 1 pc patient laser protective goggles
- 1 pc power adapter
- 1 pc rechargeable battery
- 1 pc safety emergency-stop
- 1 pc user manual
According to the source, the 11 mm optic creates approximately a 0.95 cm² spot, and the 22 mm optic approximately a 3.8 cm² spot. The smaller head is practical for targeted point treatment; the larger is useful for scanning the shoulder, thigh, back or other larger areas.
The larger spot distributes the same power over a bigger area, so power density and treatment time cannot be directly transferred from one optic to another.
The goggles included are for use with the standard 808 nm handpiece. With optional 980 or 1064 nm handpieces check that the goggles' protective range and optical density are appropriate for that wavelength.
Protect the optical surface from scratches, dust and oily contamination. Clean only with materials and methods permitted in the user manual.
Do not use the device if the handpiece, cable, connector, goggles or optical surface is damaged.
Which professional PhysioLaser fits your clinic?
PhysioLaser 2.0 – 2 W entry professional model for lower volume.
PhysioLaser 6.0 – portable 6 W model if 12 W speed and two base optics are not required.
PhysioLaser 6.0 Pro – desktop 6 W model for fixed clinic use.
PhysioLaser 12.0 – same 12 W power in a portable, ~404 g design with 100 programs.
PhysioLaser 12.0 Pro – desktop, larger-display version with 105 programs. Its therapeutic power is not greater than the portable 12.0 model.
Technical specifications
| Laser type | GaAlAs diode laser |
| Standard wavelength | 808 nm with the handpiece included in the package |
| Optional wavelengths | 980 nm handpiece and 1064 nm handpiece up to 3 W; sold separately |
| Maximum optical power | 12 W, manufacturer tolerance: ±20% |
| Maximum theoretical energy output | 720 Joules per minute at maximum continuous power |
| Power adjustment | According to the source, in 0.5 W increments |
| Laser class | Class 4, CEI EN 60825-1 |
| Emission modes | Continuous and pulsed |
| Maximum frequency | 10,000 Hz |
| Small optic | 11 mm diameter, approximately 0.95 cm² treatment spot |
| Large optic | 22 mm diameter, approximately 3.8 cm² treatment spot |
| Programs | 105 preset clinical protocols |
| Dermatological programs | Source lists 27 programs; usability depends on the connected handpiece |
| Display | 3-inch backlit LCD |
| Power supply | Power adapter and rechargeable battery |
| Dimensions | 220 × 170 × 60 mm |
| Weight | Approximately 790 grams |
| Design | Desktop, can be placed on a trolley |
| Medical classification | According to the source CE-marked, Class IIb medical device |
| SKU | G5803 |
| Manufacturer | Globus Italia, Italy |
When not to use the device?
- Never direct the laser beam into the eye or the immediate periocular area.
- Do not apply to the abdomen or pelvic area during pregnancy.
- Do not use directly over malignant tumors without explicit permission from the treating physician.
- Do not apply over active bleeding or areas with significant bleeding tendency.
- In photosensitivity or with photosensitizing medication, obtain prior medical consultation.
- Postpone treatment in febrile or acute systemic illness.
- Do not treat the thyroid or other endocrine glands directly.
- Investigate unknown-origin swelling, pain or skin lesions before treatment.
For implanted electronic devices, severe heart disease or chest treatments follow the full manufacturer manual and obtain medical approval. Detailed safety information →
Important information
The PhysioLaser 12.0 Pro is intended as an adjunctive treatment. It does not replace diagnosis, medical treatment, physiotherapy or appropriate rehabilitation.
Due to its Class 4 classification it should be used only by trained professionals in a proper laser-safety environment. Higher power enables faster dose delivery but increases the risk of excessive dosing and tissue heating if parameters are set incorrectly.
The product description is for informational purposes and is not personalized medical advice or laser safety training. Referenced studies are not device-specific evidence.
Scientific background
High-power laser therapy has been investigated in several musculoskeletal conditions. Studies used different wavelengths, powers, doses and treatment protocols, so results cannot be automatically transferred to all PhysioLaser programs.
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Ahmad MA et al. (2021):
Effects of low-level and high-intensity laser therapy as adjunctive to rehabilitation exercise on pain, stiffness and function in knee osteoarthritis: a systematic review and meta-analysis.
Physiotherapy.
PubMed
Systematic review in knee osteoarthritis. -
Abdildin Y et al. (2023):
High-intensity laser therapy in low back pain management: a systematic review with meta-analysis.
Lasers in Medical Science.
PubMed
Systematic review in low back pain. -
Barassi G et al. (2021):
Dual-wavelength high-power laser therapy and neuromuscular manual therapy in chronic neck pain: a randomized clinical trial.
Journal of Biological Regulators and Homeostatic Agents.
PubMed
Randomized trial in chronic neck pain with different device protocols. -
Mostafa MSEM et al. (2022):
Effect of High-Power Laser Therapy Versus Shock Wave Therapy on Pain and Function in Knee Osteoarthritis Patients.
Photobiomodulation, Photomedicine, and Laser Surgery.
PubMed
Comparison of high-power laser and shock wave therapy in knee osteoarthritis. -
Verma S et al. (2022):
Effectiveness of High Power Laser Therapy on Pain and Isokinetic Peak Torque in Athletes with Proximal Hamstring Tendinopathy.
BioMed Research International.
PubMed
Study in athletes with proximal hamstring tendinopathy.
Treatment guides and further information
Soft laser therapy – comprehensive guide →
PhysioLaser 6.0 Pro – desktop 6 W model →
PhysioLaser 12.0 – portable 12 W model →
Soft laser contraindications and safety information →
Soft laser devices – full range →Looking for a desktop flagship for fixed clinical work?
12 W power, 105 programs, two optics and fixed trolley or desktop use.
