LaserVet 8.0 - Laser therapy - Globus

Globus LaserVet 8.0 is a portable and handheld professional veterinary laser therapy.
Laser therapy is high-power pulsed and allows you to carry out veterinary treatments on dogs, cats, horses, small animals and reptiles.
The action of laser therapy is aimed at tissue regeneration, post-traumatic and anti-inflammatory treatment and the reduction of both chronic and acute pain.

TECHNICAL FEATURES

• Display: 2.6” size, backlit
• Laser source: Class 4 GaAlAs diode
• Peak Power: 8W ±20%
• Prepared for wavelength: 808 nm
• Emission: Pulsed and continuous
• Target area dimensions: Optics Ø 11 mm
• Frequency: Up to 10000Hz
• Power supply: Mains and rechargeable battery
• Dimensions: 10x16x3.5cm
• Weight: 450 g

EQUIPMENT

• 1 Bag
• 1 LASERVET 8.0 device
• 808 nm handpiece with Ø 11 mm optics
• 2 Protective goggles
• 1 Power supply
• 1 Operating manual

VETERINARY LASER THERAPY APPLICATIONS

Laser therapy is an instrumental physical therapy that uses laser radiation to facilitate the body's healing processes: it is painless and non-invasive and can be applied to skin wounds to accelerate healing.
Laser therapy can be used in the treatment of various skin and musculoskeletal pathologies in which there is inflammation, edema and pain affecting dogs, cats and horses.

Biostimulant

The biostimulant activity favors tissue repair and healing thanks to the increased supply of nutrients and oxygen, the modulation of cellular proliferation and differentiation, as well as the activation of cellular functions and modulation of the organization of extracellular matrix proteins.

Analgesic

The analgesic effect of laser therapy develops through a combination of numerous factors. Laser therapy reduces the inflammatory component in the tissues, modulates the conduction of the pain stimulus, reduces muscle contraction and edema and determines the removal of the proinflammatory markers present in the damaged tissue.

Anti-inflammatory and anti-edema

The anti-inflammatory and anti-edema effects are performed through the local modulation of the biochemical markers, through a different tissue distribution of the inflammatory cells, a reduction in the formation of edema and hemorrhage and through the inhibition of the production of molecules with inflammatory activity.