Contact
ENERGY-LASER L800-L2000pro (Bluetooth) - Horse1

Laser Therapy for Vets & Pet Therapists

Laser therapy is used by vets throughout the world as a pain-relieving tool. The scientific documentation of laser therapy in veterinary medicine is large with over one thousand published studies on animals. In equestrian sports the practitioners of laser therapy are very excited about the results. Cats, dogs and other pets can also be treated with lasers with good results. As with pharmaceuticals, dosage must be adapted to the size of the animal and the type of fur.

Energy Laser focuses on the development of non-invasive CW lasers for therapeutic use for the treatment of ulcers and pain and to accelerate the body’s natural healing process in humans and animals. Our cordless handheld series of lasers covers over 5 lasers that are characterized by being the smallest cordless handheld lasers in laser class 3B in the world

The three handheld lasers in the “Professional” series all come with built-in Bluetooth feature with accompanying wavelength and processing time app.

The lasers are designed in a sleek ergonomic design with a unique ease of use that sets the standard for future LLLT/PBM lasers. The lasers are designed and built of high-quality materials that ensure the laser’s longevity. The lasers come with lithium batteries that ensure long processing time and fast charging. Extra battery can be purchased if desired. The long processing time and the cordless design makes it possible for the practitioner to treat the animal in the clinic as well as in the stable or even on the field.

Products for the Professional Veterinarian & Pet Therapist

ENERGY-LASER™ L500 PRO (Bluetooth)

Handheld LLLT/PBM laser equipped with 500 mW – 808 nm (invisible/IR) in laser class
3B.

Read more

ENERGY-LASER™ L2000 PRO (Bluetooth)

Handheld LLLT/PBM laser equipped with 4 x 500 mW – 808 nm (invisible/IR) in laser class 3B.

Read more

ENERGY-LASER™ X1-L3000 MULTI

Handheld LLLT/PBM laser equipped with 6 x 500 mW = tot. 3000 mW – 808 nm (invisible/IR) in laser class 3B.

Read more

ENERGY-LASER™ L800 PRO (Bluetooth)

Handheld LLLT/PBM laser equipped with 4 x 200 mW = tot. 800 mW – 660 nm (visible/red) in laser class 3B.

Read more

ENERGY-LASER™ X1-L1200 SKIN

Handheld LLLT/PBM laser equipped with 6 x 200 mW = tot. 1200 mW – 660 nm (visible/red) in laser class 3B.

Read more

Lasers from Energy Laser A/S are completely safe, drug-free and noninvasive. Since all lasers produce high-intensity light, one must NEVER shine directly into the eye. You must also follow the manufacturer’s instructions and pay attention to contraindications and points of attention. Also read the user guide before using the laser. It is recommended that the laser unit is not applied directly to any neoplastic tissue. Pregnant women should refrain from laser treatment, directly on the abdomen.

LASER is an acronym for Light Amplification by Stimulated Emission of Radiation. Laser light has special physical properties other forms of light do not have (coherence and monochromaticity). This makes laser light very effective as a tool for healing and pain reduction compared to other types of light. Laser therapy, also known as Photobiomodulation (PBM) involves the use of low energy light for injuries and lesions in order to stimulate healing and reduce pain. It is used to increase the rate of tissue healing, reduce inflammation and achieve pain relief.

PBM has been shown to possess superior healing and pain-relieving effects compared to other electrotherapeutic therapies for example ultrasound. This is especially true in connection with chronic ailments and in the early stages of an acute injury. PBM is a non-invasive and drug-free method of treatment for muscles, tendons, ligaments, connective tissue, bones, nerves and skin.

A laser class tells you how to protect yourself and others against the laser light, so you do not get an eye injury or a possible skin damage. Lasers whose power exceeds Class 3R (5 mW) and does not exceed 500 mW is referred to as Class 3B lasers.

In case of direct exposure, Class 3B laser radiation may cause eye damage and in certain cases skin damage. Therefore, eye protection should always be used if there is a risk of direct illumination of the eye.

The power of an electric bulb (W) indicates it´s total power consumption. A 60W electric bulb emits only 1 – 2W visible light. This means that the rest of it´s power (58-59 W) turns into warm and invisible infrared light.

  • At 1 meter distance from an electric bulb, the pupil of the eye will receive approx. 1 millionth of total light energy.
  • A laser emitting light as a beam (collimated) will hit the eye with 100% of the light energy, even at a very long distance.
  • A laser emitting the light scattered (divergent) at a distance of 1 meter will hit the eye with approx. 0.1% of light energy. At a distance of 20 cm, approx. 10% of the light energy hits the eye.

This means that the risk of eye damage from the laser light depends primarily on the beam’s parallelism and it´s diameter.

In summary, as long as one does not look directly at the laser light from a Class 3B laser, you do not need to use eye protection as practitioner. The patient should always be protected or wear eye protection when there is the slightest risk of direct exposure to the eyes.

For lasers in Class 4, always wear goggles!

No, the lasers developed by Energy Laser have a maximum laser energy of 500 mW and are therefore classified as Class 3B lasers. This type of laser is completely harmless and safe to use. Due to the increase in blood circulation, a feeling of warmth locally in the tissue may be felt. This is however completely normal.

A laser with a laser energy above 500 mW is classified as a class 4 laser. This class of lasers has requirements for safety and correct usage, because improper use may result in large burns of skin and tissue.

Monochromatic non-continuous light, such as light from LEDs, can have a positive effect on superficial tissues, e.g. superficial wounds. That being said lasers have been proven to be more effective than monochromatic, non-continuous light sources for treatment purposes, especially in deep tissue.

Since the method was first tested on test animals in the late 1960’s, more than 2500 studies have been published. A large part of these were cell and animal studies. Several are clinical studies – of these clinical studies, 145 have been double-blinded studies. This means that neither the therapist, patient or researcher know, if a real laser or a “dummy laser” was used for treatment: This eliminates the possibility of biases.

Of these 145 clinical studies, 105 found laser treatment to have a statistically significant positive effect. This however means that 1/3 did not show laser treatment to have an effect. By the late 1960’s researchers had found that different wavelengths of light had varying effects – among other reasons, because they had different depths of penetration. They also discovered that a minimum dosage is required for laser treatment to have an effect and that the treatment approach should change according to the biological conditions. The researchers who conducted the “negative” studies seem to have been limited in their knowledge of laser therapy.

This is evidenced by their use of extremely low dosage, incorrect calculations of dose and poor treatment technique, etc. Some negative studies seem to reach legitimate conclusions. They confirm that not all conditions can be affected, or simply, that the wavelengths of lights and/or doses used in the study were insufficient for a biological response.

One can therefore safely assert that laser therapy has a solid scientific basis. It definitely has enough basis to be accepted as a medical treatment method. Due to the complexity of laser treatment there is obviously a need for further scientific research, e.g. to determine optimal doses and treatment techniques.

Source: http://www.slms.org/artikel1.htm

Indications for the use of laser therapy are many, but there are some important contraindications and other points of attention you should be aware of. Key contraindications are an important consideration, and like other types of treatment (therapy and medication), assessed from a clinical aspect in relation to the patient so that ‘accidental or unforeseen’ side effects may be avoided.,

Older published data regarding lasers often contain contraindications to laser therapy but the truth of the matter is that there is no absolute contraindication to LLLT/PBM, but only relative contraindications and common-sense warnings. The only absolute rule to adhere to is: DO NOT point lasers towards the eye.

See the Laser Safety section for a detailed overview of our recommendation of laser therapy contraindications and points of attention.

You may experience a decrease in biostimulation or simply an effect that is suboptimal. This means that the healing time is prolonged, e.g. in the treatment of wounds. Excessively high doses of laser on healthy tissues will not damage it.

For more information please contact us at +45 3110 5610 or complete the form below and we will be in touch as soon as possible.