brt | Polaris HP M

Polaris HP M high-energy laser is a device for high-energy and biostimulation laser therapy.

Polaris HP M has one laser module with a wavelength of 808 nm and a power of 8 W. It allows for a significant thermal effect, which significantly improves local blood circulation, which results in increased oxygen circulation. The Polaris HP M high-energy laser is a single-module device for high-energy and biostimulation laser therapy .
The effectiveness of procedures performed with the Polaris HP M device is based on the use of a high-energy source with a single wavelength. This allows for deep tissue penetration with laser rays and the generation of a local thermal effect, which is not observed in low-energy laser therapy. The Polaris HP M high-energy laser has a built-in laser source that can operate in both continuous and pulsed modes with an average power of 8 W. Pulsed mode is used to limit the thermal effect. When the average power of 4 W is exceeded, the Polaris HP M high-energy laser sends a warning to prevent excessive overheating.
For effective and precise therapy of deep tissues, a special DILA (Deep Intratissue Laser Adapter) focusing attachment has been developed. This is an optical system that allows the laser beam to be shaped in such a way as to compensate for power losses in superficial tissues; this reduces the thermal effect in the skin and subcutaneous tissue. An additional advantage is a more precise location of the therapeutic area.
The DILT method and the DILA attachment are unique solutions from ASTAR, protected by a patent application and trademark. The Polaris HP M high-energy laser in manual mode allows you to set the power, frequency and fill. The modern design of the HP probe ensures easy replacement of attachments. Depending on the procedure, the DILA attachment or two spacer attachments are used, giving a spot area of 1 cm 2 and 5 cm 2 .
The Polaris HP M high-energy laser allows you to connect any ASTAR laser probe and laser applicator. Thanks to this, the Polaris HP M high-energy laser has an extended range of applications - it is used for the treatment of superficial tissues or large areas of the body, which means that it works great in biostimulation laser therapy. When starting laser therapy treatments, it is worth using the encyclopedia, i.e. a list of built-in programs containing a comprehensive description of the treatment methodology. There is also the option of creating your own programs, or even treatment sequences, and saving them in the device's memory.

Functional features:

7" color display with touch panel
One treatment channel
Manual mode
Disease entities selected by name
Database of built-in treatment programs
User program database
User Sequence Database
Favorite programs
Possibility to edit program names and treatment sequences
Encyclopedia with description of the treatment methodology
Statistics of performed procedures
Adjusting the volume of the buzzer
Knob for setting/adjusting parameters

Laser therapy:

Works with applicators: scanning, shower and point probes
Emission mode: continuous, pulse, superpulse
Adjusting the power of laser radiation
Fill adjustment
Possibility of automatic repetition of the procedure
Automatic laser radiation power test
Automatic calculation of time in relation to treatment parameters - dose, power, filling, treatment area
Three treatment field exposure modes in scanning applicators
Dedicated modes for cooperation with fiber optic applicators
Fiber optic tips for laser acupuncture and ENT applications
Three application nozzles: 1 cm 2 , 5 cm 2 , DILA
Independent parameter settings for both sources
Pilot beam indicating the application site

Treatment programs and sequences:

227 built-in treatment programs
250 user-settable programs
favorite programs
50 user-settable sequences

Standard equipment

camera training
power cord 1 pc.
HP probe 808 nm/ 8 W 1 pc.
overlay - 1 cm 2 1 pc.
overlay - 5 cm 2 1 pc.
HP probe power measurement adapter 1 pc.
protective glasses for laser therapy 2 pcs.
warning labels 1 set
DOOR door lock plug 1 pc.
dedicated holder 2 pcs.
screwdriver for mounting the holder 1 pc.
screen stylus 1 pc.
LCD screen cloth 1 pc.
spare fuses WTA-T 2 A/ 250 V 2 pcs.
user manual 1 pc.
therapeutic guide
post-inspection report on safety tests 1 pc.
technical passport 1 pc.
warranty card 1 pc.

Optional equipment

R 660 nm/ 80 mW point probe with holder
IR point probe 808 nm/ 400 mW with holder
R+IR 100 mW + 450 mW scanning applicator with stand
CL 1800 R 5 x 40 mW and IP 4 x 400 mW shower applicator with handle
shower applicator stand
straight optical fiber Ø 6 mm
45° angled fiber optic cable Ø 6 mm
45° angled optical fiber Ø 6 mm tapered for laser puncture
DILA focusing attachment
PRO bag
Versa / Versa X table

Application of high-energy laser therapy - indications:

Achillodynia (calcaneal tendon pain)
Tendon/ligament tear
Plantar fasciitis
Sprained joint
Bruises
Chondromalacia patella
Hallux
Bursitis
Arthritis

Meniscus damage
Calcaneal spur
Cervical discopathy
Lumbalgia
Ischialgia
Intercostal neuralgia
Trigeminal neuralgia
Brachial sciatica

Contraindications:

Cancers
Active pulmonary tuberculosis
Bleeding tendency
Feverish states
Pregnancy
Arrhythmia and circulatory failure
Photosensitivity

Unstable diabetes
Epilepsy
Open wounds
Sensory disturbances at the treatment site
Eye area
Bacterial diseases
Metal and electronic implants

Limitations:

Exposure to certain areas should be avoided, such as:

Endocrine glands
Implant placement sites
Head area in epilepsy patients
Tattoos
Places covered with ointments, creams, etc.
Areas previously subjected to temperature-increasing therapy, e.g. diathermy, ultrasound
The epigastric area in women during menstruation

The radiation power should be limited when exposing:

Scar tissue, due to the possibility of overheating
Delicate, sensitive, reddened skin
In case of swelling
In cases of inflammation
Abundant adipose tissue

High energy laser therapy - treatment

Biostimulation laser therapy - biological impact:

Increase in ATP levels
Stimulation of protein synthesis, including collagen
Changes in the structure and functions of biological membranes
Increased activity of certain enzymes and prostaglandins
Modulation of immune processes
Phagocytosis effect
Increased cell mobility and reproduction

Indications

Post-operative wounds and scars
Ulcers and scars after transplantation
Various diseases of the musculoskeletal system
Skin diseases
Rheumatism and inflammation

Contraindications

Cancer within 5 years of recovery
Pregnancy
Presence of electronic implants
Acute bacterial, viral and fungal infections
Fever and general weakness of the body
Epilepsy
Light allergy
Overactivity of endocrine glands
Unstable diabetes
Skin lesions of unspecified origin

Laser therapy - treatment

For more information on high power laser therapy, please visit:

High-Intensity Laser Therapy in the Treatment of Ankle Ligament Injuries - Case Report
High-intensity laser therapy in a case study of a man with a full-thickness injury to the right supraspinatus tendon
Biostimulation laser therapy and high-energy laser therapy - the difference in action
Therapeutic Effects of High-Intensity Laser Therapy After Ankle Joint Injury - Case Study
High energy laser - indications
High-energy laser - contraindications and limitations
High energy laser - treatments

For more information on biostimulation laser therapy, please visit:

Laser therapy - general information
Laser Therapy - Frequently Asked Questions
Laser therapy - application in the treatment of meniscus pathology
Application of laser therapy in the treatment of diabetic foot
Application of laser therapy in wound treatment
Application of laser therapy in biomodulation of collagen fibers
Laser therapy - the effect on reducing radicular pain in the cervical spine

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