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Personal Laser L200 - Laser therapy for home

Energy Laser SKU: EL22400H

€999,00 EUR €1.059,00 EUR Save €60,00 EUR

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Ein kompakter Therapielaser für Heimanwendungen liefert 200 mW Leistung bei 660 nm Wellenlänge und ermöglicht Behandlungen von Haut und Gewebe bis 1-2 cm Tiefe, versorgt durch einen Li-Ion Akku.

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Manufacturer information: Akeda Laser ApS, Sønderskovvej 12a, 8520 Lystrup, DK, + 45 87 43 05 88, info@energy-laser.com

Description Lieferumfang Technische Daten Kontraindikationen

World’s smallest therapy laser for home use!

The PERSONAL-LASER™ L200 is the smallest yet powerful laser in the Danish manufacturer's range. With a maximum laser output of 200 mW at a wavelength of 660 nm in the visible, red spectrum, it is the ideal choice for laser therapy at home.

The laser is powered by a powerful Li-Ion battery to ensure a long treatment time. The PERSONAL-LASER™ L200 is an effective and powerful all-round laser, but was specifically developed for skin care.

With a laser wavelength of 660 nm, it operates in a wavelength range that enables particularly effective treatments of skin and tissue. The treatment depth is approximately 1-2 cm.

Effective laser treatments for common problems

Lasering ingrown toenails The Energy Laser L200 can be used for many areas of the body, including ingrown toenails, fungal skin infections, and general skin problems. Laser treatment with the L200 is also suitable for wounds, scar tissue, arthritis, and even tinnitus.

The picture shows a laser treatment of an ingrown toenail (onychocryptosis or unguis incarnatus).

Laser application for wounds and tinnitus

The laser light generated by the PERSONAL-LASER™ L200 has a biostimulating effect on the irradiated cells surrounding the wound. This "light stimulation" of the wound can enable local blood cells to release oxygen from the red blood cells. The released oxygen can be converted into energy, which is then used by the body to positively influence wound healing.

Legal Notice: Statements on our product page regarding the possible applications of laser therapy and the expected effects are based on the experiences of laser therapy users. This includes medical professionals (doctors and physiotherapists), many of whom have been using LLLT laser therapy in their practice for many years.

With the descriptions of laser therapy devices, we do not intend to create the impression that using the devices can guarantee an improvement in symptoms. No promises of a cure can be made. If you have any complaints, you should always consult a doctor first to discuss possible conventional medical therapies and alternative medicine options.

Interesting blog posts about laser therapy
1. Laser therapy – a natural treatment for home
2. Laser therapy – effective in record time

1 Personal-Laser L200 LLLT Lasertherapiegerät
1 Aluminium Transport Koffer
1 Li-Ion Ladegerät
1 Mini Li-Ion Akku
1 Schutzbrille
1 Bedienungsanleitung

Laser Leistung CW: max. 200 mW
Wellenlänge: 660 nm (sichtbar / rot)
Laserklasse: 3B
Zertifiziertes Medizinprodukt nach Direktive 93/42/EEC

Absolute contraindications (never perform treatment)

  • Eyes: Never point the laser beam directly at the eyes, as this can cause serious retinal damage. Certified laser safety goggles MUST ALWAYS be worn during the procedure, both by the operator (to avoid the risk of direct glare) and the patient (to avoid the risk of direct exposure).
  • Hemophilia and other blood and coagulation disorders: Due to insufficient information on the effects on coagulation ability.
  • Active epiphyses (growth plates) in children.
  • Hemorrhage (bleeding).
  • Testicles.
  • Locally injected medications.

Precautions and special considerations (treatment only after consultation and with increased caution)

  • Pregnancy: Do not perform laser treatments in the immediate vicinity of the abdomen. Large doses in the abdominal area should be avoided.
  • Cancer or suspected cancer: Patients with cancer or suspected cancer should only be treated by specialists, and only after written consent and consultation with the treating physician. As a palliative treatment for terminal cancer, laser therapy can have analgesic and stimulating effects.
  • Endocrine glands (e.g. thyroid, ovaries): Endocrine glands should not be directly irradiated.
  • Transplants: Do not use laser therapy on people with transplants.
  • Metal or plastic implants: Do not irradiate areas that are in direct contact with metal or plastic implants.
  • Pacemakers: Do not irradiate tissue that is in direct contact with or near a pacemaker. Although pacemakers are encased in a titanium casing and are generally not directly affected by the laser, caution is advised, especially when used on the chest.
  • Drugs that increase light sensitivity (photosensitizing drugs): Caution is advised. Further research is needed, as the literature contains conflicting information.
  • Epilepsy: Caution should be exercised in patients with epilepsy, as pulsating visible light in the range of 5-10 Hz may trigger seizures.
  • Fever: Do not use laser therapy on patients with fever.
  • Freckles, moles, tattoos, and skin lesions of unknown origin, dark complexion, or tanned skin: Laser light should not be applied directly to these areas, as they are more susceptible to overheating and possible burns. A radiation test from a greater distance, adjusting the laser power, moving the laser (scanning technique), or keeping the laser at a distance from the skin can prevent local heat concentrations.
  • Bleeding wounds: Never treat a bleeding wound directly. Wait until the wound has clotted. When treating the inside of wounds, the laser should be held approximately 1 cm above the wound, avoiding direct skin contact.
  • Overheating/Pain during treatment: If you feel excessive heat or pain, discontinue treatment immediately. If the laser lens/optics become hot, pause treatment and turn off the laser.
  • Children and infants: The dose should be adjusted to the child's weight. There is no literature prohibiting laser therapy in children or infants.
  • Brain biostimulation: Targeted laser therapy of the brain is currently not recommended due to insufficient documentation.