APPLICATIONS
THE THERAPY
Laser therapy is mainly used and recommended for:
Trauma and injuries:
- Muscular injuries (muscle strains and tears)
- Ligament injuries
- Tendon injuries and conditions
- Spinal conditions
- Contusions
- DOMS
- Tendinopathies
- Tenosynovitis
- Bursitis
- Plantar fasciitis
- Metatarsalgia
- Plantar heel pain
- Epicondylitis and medial epicondylitis
- Pubalgia
- Periarthritis
- Myositis
Joint and cartilage conditions:
- Chondropathy
- Meniscal injury
- Arthrosis
- Knee pain
- Polyarthritis
Spinal conditions:
- Disc disease
- Sciatica
- Lumbalgia
Wound and tissue healing:
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MUSCULAR INJURIES
Quality and fast recovery are equally important for soft tissues. Bonciani laser therapy treatments, based on photobiomodulation, help prevent scar and fi brotic tissue formation while reducing the risk of recurrence. Muscular injuries may be caused by traumas, overloads or intense physical activity, making proper recovery essential to restore muscle strength, elasticity and functionality.Through photobiomodulation, laser treatments use specifi c laser light wavelengths to stimulate tissue repair and regeneration. When light penetrates into damaged muscle tissues, it interacts with cells to promote mitochondrial activation and enhance cellular metabolism. This process optimises energy production in muscular cells, protein synthesis and fi broblast proliferation. As a result, the risk of scarring and fi brotic tissue formation is signifi cantly reduced. Preventing scar formation is essential, since scars and fi brotic tissues compromise muscular function, increase the risk of recurrence and reduce the chances of full recovery. Laser therapy eff ectively inhibits scar and fi brotic tissue formation, promoting high-quality healing. This translates into faster and better recovery, more eff ective wound healing, better tissue repair, and lower risk of recurrence
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TENDON INJURIES AND CONDITIONS
Laser therapy is an effective solution for tendon injuries and conditions. By acting directly on inflammation, it provides a rapid analgesic, anti-inflammatory and biostimulatory effect, offering significant benefits to patients, often reducing or eliminating the need for medication. Tendon injuries and tendinopathies can result from overuse, trauma or chronic conditions and are often associated with pain and inflammation. Laser therapy is a non-invasive and safe way to treat these conditions. Thanks to its analgesic, anti-inflammatory and biostimulatory effects, laser treatment can quickly relieve the pain caused by tendon injuries and conditions. Laser light energy interacts with damaged tissue, stimulating natural pain-relieving mechanisms, enhancing repair processes and ultimately improving patient comfort. The laser also acts directly on inflammation in tendon tissue: its light penetrates the tissue and reduces inflammation by triggering a number of physiological responses, including vasodilation. This improves blood fl ow to the area, increasing the supply of oxygen and nutrients, which then activates repair processes and promotes the removal of inflammatory substances.
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OEDEMAS
Laser therapy is a valuable solution for the treatment of surgical or traumatic oedema. Thanks to its biostimulatory and anti-oedema properties, the laser is used to help reduce oedema and accelerate the healing process. Oedema is an accumulation of fluid in the tissues following surgery or trauma. Such events may often lead to an intense inflammatory response and fluid accumulation in the affected area. Bonciani laser therapy, thanks to its targeted approach, provides multiple benefits to patients throughout the recovery process. Through its stimulating effect, this treatment increases the production of nitric oxide in the tissues, thereby promoting vasodilation, i.e. the relaxation of the blood vessels, and improving blood fl ow in the area. This helps to reduce oedema and reabsorb excess fl uid. In addition, laser therapy activates microcirculation and promotes the formation of new blood vessels (neoangiogenesis) in the treated area. Such processes increase the supply of oxygen and nutrients to the tissues, facilitating their healing and accelerating their recovery from oedema. The use of laser treatment for oedema has several advantages: firstly, it is a non-invasive and painless procedure that is well tolerated by patients. Secondly, it can be targeted to minimise the risk of adverse effects on surrounding tissues.
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SPINAL CONDITIONS AND NEUROPATHIES
Laser therapy is proving effective in the treatment of various spinal conditions and neuropathies. It is suitable for both acute and chronic inflammation, radiculopathies and herniated discs. Spinal conditions such as herniated discs may cause pain, functional limitations and reduced quality of life. Through a targeted approach based on the use of specific wavelengths, laser therapy provides significant pain relief and promotes recovery. It reduces local inflammation, which is the cause of both aches and dysfunction. This helps patients to recover and regain normal spinal function. Laser therapy is also effective in treating radiculopathies caused by compression or irritation of spinal nerves. By targeting the affected area directly, it reduces inflammation and nerve compression, providing relief from pain and related symptoms. It is worth noting that laser therapy is suitable for treating both acute and chronic conditions: this means it can be used in the early stages to promote faster recovery and reduce the risk of developing chronic conditions.
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WOUNDS AND KELOIDS
Laser therapy is a valuable option for disease-related, surgical or traumatic wounds, as well as scars and keloids. By optimising photobiomodulation, lasers promote the regeneration of damaged tissue and help address the functional limitations caused by scars and keloids. Managing and healing disease-related wounds such as skin ulcers, pressure ulcers or infected wounds can be challenging. However, laser therapy is proving useful in such cases, thanks to its biostimulatory effect and the use of specific and appropriate wavelengths. Laser light stimulates cellular processes within the tissue, namely fibroblast proliferation and collagen synthesis, both of which are essential for tissue regeneration. This accelerates and improves wound healing while reducing the risk of infection and other complications. Lasers can also be used to treat and improve the appearance and function of scars and keloids. By penetrating scar tissue, laser light stimulates collagen remodelling and reduces excessive scarring. As a result, scars become less visible and blend more seamlessly with the surrounding skin. It also helps to reduce the functional limitations associated with scars and keloids by improving the flexibility and elasticity of surrounding tissues. When used to treat disease-related wounds, scars and keloids, laser therapy offers several advantages. It is a non-invasive, painless and well-tolerated treatment that delivers targeted action while avoiding damage to surrounding tissues. These benefits make it a safe and effective option for treating these conditions.
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JOINT AND CARTILAGE CONDITIONS
High power laser therapy is an advanced and effective solution for the treatment of joint and cartilage conditions such as arthrosis, meniscal injuries, cartilage degeneration, chondropathy and other related conditions. These often cause chronic pain, stiff ness and reduced mobility, affecting the patient's quality of life. Laser therapy can be the solution to all these conditions: with its in-depth action, it stimulates the biological processes involved in tissue repair by penetrating into the joint and cartilage structures. Its energy is extremely beneficial as it promotes the regeneration of cartilage and the production of collagen - an essential protein for repairing and strengthening joint structures. Collagen is key to protecting the integrity of cartilage, which typically deteriorates in arthrosis or cartilage degeneration, leading to joint dysfunction. Laser stimulates the production of new collagen fibres, helping to regenerate and strengthen damaged cartilage. It increases blood fl ow and oxygenation to the treated areas, facilitating the transport of essential nutrients to the cells to promote tissue healing and reduce joint stiff ness. By affecting blood fl ow, laser therapy also helps to remove metabolic waste and speed up recovery processes. But it can also be used to treat inflammation and pain. Thanks to its powerful anti-inflammatory effect, laser therapy works on joint inflammation caused by degenerative diseases, helping to reduce swelling and pain while improving comfort and mobility. By reducing inflammation and improving tissue quality, laser therapy also helps to restore joint mobility. This is particularly important for those suffering from arthritis or other conditions that limit movement, helping to improve functionality and overall quality of life.
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LIGAMENT INJURIES
High-power laser therapy effectively stimulates the body's natural tissue repair and regeneration processes, making it particularly beneficial for ligament sprains and traumatic injuries. It is therefore particularly effective in treating ligament sprains or traumatic injuries. By penetrating deep into the tissue, the laser improves blood fl ow and increases oxygenation, helping to remove metabolic waste and promote faster recovery. Laser light energy stimulates collagen production, accelerating the repair of micro-injuries and improving ligament strength and elasticity. This results in improved joint function and stability. Laser treatment also reduces inflammation, pain and stiff ness, helping to restore normal mobility and significantly reducing recovery time. When applied to ligament injuries, laser therapy not only speeds up healing, but also improves joint function and minimises the risk of recurrence, proving to be a highly effective treatment option for patients with ligament injuries.
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