Diagnosis and assessment

• Consultation with a doctor: The patient's existing medical history is collected or reviewed, and symptoms (pain, swelling, mobility restrictions) are assessed.
• Physical examination

Treatment begins with the most innovative rehabilitation technologies and methods:

 

Post-traumatic rehabilitation using the BTL Super Inductive System (SIS), BTL Laser, BTL Cryotherapy and BTL Shockwave is a comprehensive and effective way to restore damaged tissues, reduce pain, improve functionality and accelerate healing. These methods can be combined to achieve optimal results.

 

1. BTL Super Inductive System (SIS)

 

Operating principle: High-intensity electromagnetic pulses promote muscle and nerve regeneration, reduce pain and improve blood circulation.

Benefits for rehabilitation after injuries:

• Muscle strengthening: Activates deep and superficial muscles, promoting their strengthening.
• Pain relief: Reduces the transmission of pain signals to the nervous system.
• Improving tissue elasticity: Improves the flexibility of joints and surrounding tissues.
• Movement restoration: Helps restore lost movement and stabilize joints.

 

Application:

• After joint injuries (e.g. shoulder, knee, hip).
• For the treatment of muscle strains or tendonitis.
• For restoring joint stability after injuries.

 

2. BTL Laser:

Principle of operation: High-intensity laser beams stimulate cells, promote tissue regeneration, and reduce inflammation and pain.

Benefits for rehabilitation after injuries:

• Inflammation reduction: Laser energy reduces the activity of inflammatory cells.
• Faster healing: Promotes collagen production and regeneration of damaged tissues.
• Pain relief: Inhibits nerve sensitivity and stimulates the production of endorphins.
• Improving blood circulation: Improves oxygen supply to damaged tissues.

 

Application:

• For ligament and tendon ruptures.
• For intervertebral disc damage.
• For inflammation of muscles and joints after injuries.

3. BTL Cryotherapy:

Principle of operation: Cold is used to reduce inflammation and pain, as well as improve blood circulation.

Benefits for rehabilitation after injuries:

• Reducing inflammation and swelling: Cold reduces inflammatory processes and edema.
• Pain relief: Inhibits the sensitivity of nerve endings.
• Improved blood circulation: After the cooling phase, blood flow increases, which promotes healing.
• Muscle relaxation: Reduces spasms and tension.

 

Application:

• Acute injuries (sprains, bruises).
• To reduce swelling and inflammation after surgery or injury.
• For the restoration of painful muscles and joints.

 

4. BTL Shockwave:

 

Operating principle: High-intensity acoustic waves are transmitted to the damaged area, promoting regeneration and reducing pain.

 

Benefits for rehabilitation after injuries:

• Stimulating collagen production: Improves tissue structure and strength.
• Calcification breakdown: Excellent for chronic tendonitis.
• Reducing inflammation: Promotes blood circulation and lymph drainage, reduces inflammation.
• Improving microcirculation: Ensures better supply of nutrients to damaged tissues.

 

Application:

• For chronic tendon injuries (e.g. Achilles tendon).
• To accelerate the regeneration of bone injuries.
• For the treatment of muscle and joint pain.

 

Complex therapy – combining the following procedures achieves maximum treatment effect:

1. Acute injuries (e.g., sprains, bruises):

• In the first few days: BTL cryotherapy to reduce pain and inflammation.
• After the inflammatory phase: BTL laser to promote regeneration and reduce pain.
• For stabilization: BTL SIS for muscle strengthening and restoration of function.

2. Chronic injuries or inflammations (e.g. tendonitis):

• BTL shock wave to reduce inflammation and promote regeneration.
• Additionally: BTL laser to accelerate tissue healing.

3. After surgeries or complex injuries:

• Early phase: BTL cryotherapy and BTL laser to reduce pain and swelling.
• Later: BTL SIS for movement restoration and muscle strengthening.
• If necessary: ​​BTL shock wave for calcifications or chronic inflammation.

 

Recommendations

• Individual treatment plan: The choice and combination of therapies should be coordinated with a doctor or physiotherapist, taking into account the nature of the injury and the patient's condition.
• Regularity: Procedures should be performed regularly, according to a set plan (e.g., 2-3 times a week).
• Additional activities: Combine therapies with physiotherapy exercises that will help restore muscle strength and joint stability.

 

Results

• Faster healing and lower risk of complications.
• Reduction of pain and inflammation.
• Restoration of tissue structure and return of function.
• Improvement in the patient's physical condition and quality of life.

BTL R-Force is also used, the only one in Lithuania, it is an innovative rehabilitation equipment that uses gravity reduction technology and dynamic resistance to optimize muscle function, improve movement quality and reduce the load on the joints. This is especially useful for rehabilitation after injuries, surgeries or muscle imbalances. Here are the main advantages of R-Force in rehabilitation:

 

1. Gravity reduction technology

• Joint protection: Reducing the effects of gravity allows the patient to perform movements without placing excessive strain on the joints and spine, which is especially important after injuries or surgeries.
• Easier movements: Patients can perform more complex movements even with muscle weakness.
• Adaptation to different patients: An adapted gravity-reducing force is used, which allows working with patients with both acute and chronic conditions.

 

2. Dynamic resistance

• Muscle strengthening: The equipment allows you to adjust the resistance level, which helps to effectively strengthen muscles.
• Symmetrical muscle work: Ensures balanced muscle development and reduces the risk of muscle imbalance.
• Adapted to the patient's condition: The intensity of therapy is adjusted from mild (at the beginning of rehabilitation) to intense (at the end of healing).

 

3. Personalized therapy

• Targeted effect: The equipment allows you to focus on specific areas of the body or muscle groups.
• Personal parameter monitoring: Integrated technology analyzes the patient's movements and allows you to monitor progress.
• Programmable training modes: The system offers personalized programs tailored to individual needs.

 

4. Safety and comfort

• Minimal stress on the body: The equipment ensures smooth, safe and controlled movement, preventing overload and recurrence of injuries.
• Ergonomic design: The patient can work in a comfortable position, which reduces discomfort during rehabilitation.
• Suitable for patients of various physical fitness levels: From athletes to the elderly.

 

5. Restoring functional movement

• Restoring range of motion: By reducing gravity, patients can safely restore full range of motion to the joint.
• Improving movement coordination: Dynamic resistance allows you to train both large and small muscles responsible for smooth movement.
• Return to daily functions: Helps patients return to normal activities faster.

 

6. Rehabilitation effectiveness

• Accelerated recovery: The combined function of gravity reduction and dynamic resistance accelerates the recovery of muscles, tendons and joints.
• Pain reduction: Using balanced loading and movements without the effects of gravity reduces pain and discomfort.
• Faster progression: Patients transition from passive rehabilitation to active training more quickly.

 

Areas of application in rehabilitation

1. After injuries:

• Bone fractures, ligament tears, muscle strains.

2. After operations:

• Joint replacement, spine surgery.

3. Neurological conditions:

• Parkinson's disease, stroke, peripheral nerve injuries.

4. Chronic diseases:

• Osteoarthritis, spinal hernias, degenerative joint changes.

5. Sports medicine:

• Muscle and joint recovery after intense exercise or injuries.

 

Results of using BTL R-Force in rehabilitation

• Faster recovery after injuries or surgeries.
• Restoring muscle strength and endurance.
• Reduced pain and swelling.
• Improved range of motion and stability of joints.
• Greater patient independence and quality of life.

 

BTL R-Force is a revolutionary system that optimizes rehabilitation processes and ensures safe and effective healing. It is ideal for both early stages of rehabilitation and active physical training after injury or surgery.

Diagnosis and assessment

• Consultation with a doctor: The patient's existing medical history is collected or reviewed, and symptoms (pain, swelling, mobility restrictions) are assessed.
• Physical examination

Treatment begins with the most innovative rehabilitation technologies and methods:

 

Rehabilitation for knee pain using the BTL Super Inductive System (SIS), BTL Laser, BTL Cryotherapy and BTL R-Force technologies is a comprehensive approach that effectively reduces pain, restores functionality and accelerates healing. These methods complement each other perfectly, so the effect of the therapy is maximized.

 

1. BTL Super Inductive System (SIS):

 

Working principle: High-intensity electromagnetic pulses affect muscles, joints and nervous systems, reducing pain, strengthening muscles and promoting regeneration.

Benefits for the knee joint:

• Pain relief: Inhibits nerve signals, reducing knee pain.
• Muscle strengthening: Strengthens the thigh muscles (especially the quadriceps), which ensure stability of the knee joint.
• Improving joint mobility: Improves range of motion, reducing stiffness.
• Improving blood circulation: Promotes healing and metabolism around the joint.

 

Application:

• Knee pain caused by osteoarthritis.
• After injuries or surgeries, when muscle strength needs to be restored.
• Pain management due to tendon or ligament injuries.

 

2. BTL Laser:

 

Principle of operation: High-intensity laser beams penetrate deep tissues, reducing inflammation and pain and promoting tissue regeneration.

 

Benefits for the knee joint:

• Inflammation reduction: The laser reduces inflammation in the joint and surrounding tissues.
• Promoting regeneration: Promotes collagen production and tissue repair.
• Pain control: Reduces nerve sensitivity and suppresses the sensation of pain.
• Improving blood circulation: Improves blood and oxygen supply to the joint.

 

Application:

• Chronic knee pain (e.g. due to degenerative changes).
• Treatment of ligament and tendon injuries.
• Postoperative regeneration (e.g. after knee replacement).

 

3. BTL Cryotherapy:

 

Principle of action: Applying cold reduces inflammation and pain, and improves blood circulation.

 

Benefits for the knee joint:

• Reducing inflammation and swelling: Cold reduces the activity of inflammatory processes and swelling.
• Pain relief: Inhibits the sensitivity of nerve endings.
• Muscle relaxation: Relaxes the surrounding muscles, reducing the load on the joint.
• Acceleration of rehabilitation: Creates favorable conditions for tissue healing.

 

Application:

• Acute injuries (e.g., sprains or bruises).
• Reducing swelling after surgery or intense physical exertion.
• Pain relief in acute inflammatory conditions.

 

4. BTL R-Force:

 

Operating principle: Gravity reduction and dynamic resistance system designed to strengthen muscles and restore movement.

 

Benefits for the knee joint:

• Joint protection: Reduces the load on the knee joint, allowing you to perform exercises safely.
• Muscle strengthening: Activates the thigh and calf muscles, which stabilize the knee joint.
• Improving range of motion: Allows patients to restore freedom of movement in the knee joint.
• Progressive recovery: The intensity of therapy is adjusted to the patient's condition and progress.

 

Application:

• Rehabilitation after knee surgeries (e.g. cruciate ligament reconstruction).
• Muscle strengthening in the case of muscle atrophy.
• Restoring movement after injuries.

 

Complex therapy for knee pain

 

The combination of these methods allows for effective treatment of knee joint problems, including acute injuries, chronic diseases, and postoperative rehabilitation:

1. Acute injuries:

• BTL cryotherapy: Used in the early stages to reduce inflammation and swelling.
• BTL laser: Accelerates tissue healing.
• BTL R-Force: For restoring range of motion and muscle strength.

2. Chronic pain (e.g. osteoarthritis):

• BTL SIS: Reduces pain and strengthens muscles.
• BTL laser: Relieves inflammation and promotes regeneration.
• BTL R-Force: Reduces joint load and strengthens surrounding muscles.

3. Postoperative rehabilitation:

• BTL cryotherapy: To reduce swelling after surgery.
• BTL SIS and R-Force: For muscle function restoration.
• BTL laser: To accelerate tissue regeneration.

 

Results

• Less knee pain and inflammation.
• Faster restoration of joint function.
• Improved muscle strength and joint stability.
• Increased range of motion of the joint.
• Improved patient quality of life and mobility.

 

Combining these advanced BTL technologies can achieve exceptional results in the treatment of knee pain, both acute and chronic. This comprehensive approach ensures faster healing, reduces the risk of complications, and improves the patient's physical activity.

Diagnosis and assessment

• Consultation with a doctor: The patient's existing medical history is collected or reviewed, and symptoms (pain, swelling, mobility restrictions) are assessed.
• Physical examination

Treatment begins with the most innovative rehabilitation technologies and methods:

 

Neck and shoulder pain treatment using the BTL Super Inductive System (SIS), BTL Decompression Table and Manuthera Manual Table is a modern and effective solution for the treatment of both acute and chronic neck and shoulder pain. The combination of these tools allows you to reduce pain, improve mobility, reduce inflammation and promote the regeneration of damaged tissues.

 

1. BTL Super Inductive System (SIS):

 

Operating principle: High-intensity electromagnetic pulses stimulate the activity of nerves, muscles and joints, reducing pain and improving tissue function.

 

Benefits in treating neck and shoulder pain:

• Pain reduction: Electromagnetic pulses inhibit the transmission of pain signals to the brain and reduce nerve sensitivity.
• Muscle spasm relief: Effectively relaxes tense muscles in the neck and shoulder area.
• Improving blood circulation: Improves blood circulation in damaged areas, promoting healing.
• Mobility Restoration: Improves joint and muscle mobility, especially when pain limits movement.

 

Application:

• Osteochondrosis of the cervical spine.
• Muscle tension due to incorrect posture.
• Inflammatory processes such as bursitis or tendonitis.
• Pain caused by injuries or sudden movements.

 

2. BTL Decompression Table:

 

Principle of operation: Using gentle spinal traction, pressure on the intervertebral discs is reduced, which reduces irritation of the nerve roots.

 

Benefits in treating neck and shoulder pain:

• Spinal decompression: Reduces pressure on the intervertebral discs in the neck area.
• Pain relief: Effectively relieves pain associated with nerve root compression (radiculopathy).
• Improving mobility: Releases stuck vertebrae and improves spinal range of motion.
• Improving blood and lymph circulation: Reduces swelling and inflammation around the cervical vertebrae.

 

Application:

• Cervical spine herniations or protrusions.
• Pain due to intervertebral disc degeneration.
• Shoulder and arm pain caused by pressure on nerve roots.
• After injuries or inflammatory conditions.

 

3. Manuthera Manual Table:

 

Operating principle: This table allows the doctor to apply manual therapy methods, combining mobilizations, manipulations and soft tissue therapy.

 

Benefits in treating neck and shoulder pain:

• Mobilization: Improves mobility of the neck and shoulder joints, reduces joint stiffness.
• Muscle relaxation: Stretching and massage techniques are used to reduce muscle tension and spasms.
• Nerve pressure relief: Relieves pinched nerves that cause pain to radiate to the shoulders or arms.
• Targeted effect: Treatment is tailored to the patient's condition - from gentle mobilization to active manipulation.

 

Application:

• Stiffness or pain in the cervical spine due to overexertion or injury.
• Muscle imbalance in the shoulder area.
• Joint blockages or jamming in the neck and upper back.
• Postoperative rehabilitation or injuries.

 

Complex therapy: how to combine these technologies?

1. Acute neck and shoulder pain:

• BTL SIS: For rapid pain relief and muscle spasm relief.
• BTL Decompression Table: Reduces pressure on intervertebral discs and nerve roots.

2. Chronic pain:

• Manuthera manual table: Relieves muscle tension and improves joint mobility.
• BTL SIS: Restores muscle function and improves blood circulation.

3. After injuries or surgeries:

• BTL Decompression Table: Protects the spine from additional strain and reduces pressure on nerve roots.
• Manuthera table: Restores spinal mobility and stability.
• BTL SIS: Promotes muscle strengthening and nerve regeneration.

 

Results after therapy:

• Reduced pain in the neck and shoulders.
• Pinched nerves are released, blood circulation is improved.
• Improved mobility of the cervical spine and shoulders.
• Reduced muscle tension, stronger and better functioning muscles.
• Faster healing after injuries or surgeries.

 

Summary: Using BTL techniques in conjunction with manual therapy can effectively reduce neck and shoulder pain, promote healing, and restore muscle and joint function. An individually tailored therapy plan ensures the best results and long-term effects.

Diagnosis and assessment

• Consultation with a doctor: The patient's existing medical history is collected or reviewed, and symptoms (pain, swelling, mobility restrictions) are assessed.
• Physical examination

Treatment begins with the most innovative rehabilitation technologies and methods:

 

Tendopathy is damage to tendons that occurs due to excessive strain, microtrauma or inflammation. Using BTL shockwave, BTL laser and BTL decompression table, tendopathies can be effectively treated, reducing pain, inflammation and accelerating tissue healing.

 

Types of Tendopathy

1. Tendinitis:

• Inflammation of the tendon due to sudden overuse or injury.
• It is usually short-term, but if left untreated it can become chronic.

2. Tendinosis:

• Tendon degeneration due to long-term strain or repeated microtrauma.
• Tendon weakening and collagen fiber breakdown are characteristic.

3. Enthesopathy:

• Inflammation or degeneration of a tendon and its attachment to the bone.

 

Symptoms of tendinopathy

• Pain in the tendon area that increases with movement.
• Swelling or tenderness around the tendon.
• Reduced range of motion and functionality.
• Sounds (crackling or creaking) when the tendon moves.
• In chronic cases: hardening or knots in the tendon.

 

Tendons are most commonly affected

• Achilles tendon: Pain in the heel area (runner's, dancer's tendinopathy).
• Shoulder tendons: Supraspinatus or rotator cuff injuries.
• Elbow tendons: Tennis player's (lateral epicondylitis) or golfer's (medial epicondylitis) elbow.
• Knee tendons: Dancer's knee syndrome (patellar tendonitis).
• Wrist tendons: De Quervain's disease, or tendon inflammation due to repetitive motion.

 

Causes of tendinopathy

1. Excessive load:

• Repetitive movements without sufficient rest phase.
• A sudden increase in physical activity.

2. Improper biomechanics:

• Improper posture or technique when performing physical activity.
• Muscle imbalance.

3. Age and degeneration:

• With age, tendons become less elastic and more vulnerable.

4. Injuries:

• Sudden movements or mechanical damage to the tendon.

5. Inflammatory diseases:

• Systemic inflammatory diseases (e.g. rheumatoid arthritis).

Treatment:

 

1. BTL Shockwave:

 

Working principle: High-intensity acoustic waves penetrate the damaged tendon, promoting regeneration and reducing pain.

 

Benefits in treating tendinopathy:

• Pain relief: Shockwave therapy inhibits the activity of pain receptors and reduces discomfort.
• Promoting regeneration: Stimulates blood circulation and metabolism in the tendon, ensuring faster healing.
• Decomposition of microcalcifications: Destroys calcium deposits in the tendon, which often cause inflammation.
• Inflammation reduction: Improves tissue oxygenation and lymph drainage, reducing inflammatory processes.

 

Application:

• Achilles tendon tendinopathy.
• Tennis or golfer's elbow.
• Calcific tendinitis of the shoulder tendons.
• Knee tendon problems (e.g., dancer's knee syndrome).

 

Procedure:

• The treatment is performed for 5-10 minutes per session.
• The course consists of 4-6 procedures, performed 1-2 times a week.

 

2. BTL Laser:

 

Working principle: High-intensity laser beams penetrate deep tissues, promoting healing and reducing inflammation.

 

Benefits in treating tendinopathy:

• Tissue regeneration: The laser stimulates cell activity and collagen production, which are essential for tendon repair.
• Reducing inflammation: Laser beams suppress inflammatory reactions and reduce swelling.
• Pain relief: Inhibits nerve sensitivity, reducing discomfort.
• Improved blood circulation: Promotes better blood flow to the damaged area, ensuring the supply of nutrients.

 

Application:

• Acute or chronic stage of tendon inflammation.
• Promoting the healing process after tendon injury or surgery.
• Tendopathies associated with sports injuries.

 

Procedure:

• The duration of a therapy session is 5–15 minutes.
• It is recommended to undergo a course of 5–8 procedures, 2–3 times a week.

 

3. BTL Decompression Table:

 

Working principle: Using traction, mechanical pressure is reduced and blood circulation around the tendon and joint is improved.

 

Benefits in treating tendinopathy:

• Tendon release: Reduces pressure on the tendon and surrounding tissues, allowing for pain relief.
• Improving circulation: Decompression promotes blood and lymph circulation, reducing inflammation and swelling.
• Restoration of joint function: Improves tendon range of motion and mobility.
• Reducing pressure on nerves: If tendon damage is associated with pressure on surrounding nerves, decompression helps relieve it.

 

Application:

• Tendopathies related to overstretching of joints or surrounding tissues.
• After surgeries or injuries, to reduce mechanical stress.
• Chronic conditions where tendon irritation causes pain.

 

Procedure:

• Duration of therapy session: 15–30 minutes.
• The course consists of 5-8 procedures, performed 2-3 times a week.

 

Combination therapy plan for tendinopathy

1. Acute stage (severe pain and inflammation):

• BTL Laser: To reduce inflammation and pain, to start the healing process.
• BTL Decompression Table: Relieves the tendon from mechanical pressure and improves blood circulation.

2. Chronic stage (pain and stiffness):

• BTL Shockwave: For the breakdown of microcalcifications and the promotion of regeneration.
• BTL Laser: To support tissue repair and reduce inflammation.
• BTL Decompression Table: For improving range of motion and tendon relaxation.

3. Rehabilitation after surgery or injury:

• BTL Laser: To promote the healing process and reduce pain.
• BTL Decompression Table: Reduces tension on the tendon and improves joint mobility.
• BTL Shockwave: Ensures more effective and faster tendon regeneration.

 

Results after therapy

• Reduced tendon pain and inflammation.
• Improved tendon structure and elasticity.
• Faster recovery after injuries or surgeries.
• Lower risk of tendinopathy recurrence.
• Improved joint and tendon function and range of motion.

 

Summary: The combination of these three BTL technologies allows for the comprehensive treatment of tendinopathy, affecting inflammation, pain, and regeneration processes. Individually tailored therapy ensures optimal results, rapid healing, and improved quality of life for the patient.

Diagnosis and assessment

• Consultation with a doctor: The patient's existing medical history is collected or reviewed, and symptoms (pain, swelling, mobility restrictions) are assessed.
• Physical examination

 

Treatment begins with the most innovative rehabilitation technologies and methods:

Manual therapy is a painless therapy that mobilizes joints and stabilizes muscles. This procedure is designed to maintain and restore the normal function of the human musculoskeletal system. It reduces pressure on intervertebral discs and compressed nerves, and at the same time reduces pain, improves blood circulation, joint flexibility, reduces tension, and relaxes muscles. Thanks to a special mobilization table, the patient does not need to perform any uncomfortable movements that cause discomfort.

Thanks to the innovative manual table (Manuthera) and integrated program and smart control, which allows the specialist to effectively control the course of the procedures, and adjustable angles and positions allow you to precisely apply therapy where it is needed most.

 

Benefits of therapy for the patient

• Fast effect: the functionality of the table allows you to quickly reduce muscle tension, pain and inflammation.
• Safe procedure: movements are performed in a controlled manner, reducing the risk of injury or discomfort.
• Wide application: suitable for patients of all age groups - from athletes to the elderly.

 

Spinal decompression using the unique BTL technology is a non-invasive, painless therapy, painless therapy that gently stretches the spine. This changes the strength and position of the spine. Automated decompressive forces mobilize joints, relax soft tissues, and reduce pressure on neuro-spinal structures. This promotes the movement of nutrients to the necessary areas of the spine, allowing for faster and more effective healing. The spinal decompression table allows for personalized adjustments tailored to each patient, enabling the achievement of highly effective results.

 

BTL high intensity laser technology – High intensity laser technology

• High power: BTL lasers achieve higher power levels (usually from 10 W to 30 W) compared to traditional lasers, so they work deeper into tissues and are more effective.
• Greater penetration depth: laser beams reach deeper layers of muscles and joints, affecting the source of pain, so the patient
• Pain relief:
• The laser affects nerve endings and inhibits the transmission of pain signals.
• Causes the release of endorphins, which naturally reduce pain.
• Suppression of inflammation:
• Stimulates cell regeneration and reduces inflammation.
• Improving microcirculation:
• Laser energy stimulates blood and lymph circulation, which helps to remove inflammatory mediators and toxins more quickly.
• Promoting tissue healing:
• Increases collagen and elastin production, resulting in improved healing of soft tissues, tendons and ligaments.

 

Advantages

• No side effects: Non-invasive, painless procedure.
• Fast effect: Due to the high intensity, the effect is felt quickly (pain reduction after just a few treatments).
• Targeted treatment: The laser power, frequency, and duration can be adjusted, tailoring the treatment to the individual patient's condition.
• Automated modes: BTL lasers often have preset therapeutic programs that help the doctor select the optimal treatment.

 

Duration and frequency:

• One procedure lasts 30-60 minutes.
• Recommended course: 5-8 sessions, 2-3 times a week.

Diagnosis and assessment

• Consultation with a doctor: The patient's existing medical history is collected or reviewed, and symptoms (pain, swelling, mobility restrictions) are assessed.
• Physical examination

 

Treatment begins with the most innovative rehabilitation technologies and methods:

Manual therapy is a painless manual therapy that mobilizes joints and stabilizes muscles. This procedure is designed to maintain and restore the normal function of the human musculoskeletal system. It reduces pressure on intervertebral discs and compressed nerves, and at the same time reduces pain, improves blood circulation, joint flexibility, reduces tension, and relaxes muscles. Thanks to a special mobilization table, the patient does not need to perform any uncomfortable movements that cause discomfort.

Thanks to the innovative manual table (Manuthera) and integrated program and smart control, which allows the specialist to effectively control the course of the procedures, and adjustable angles and positions allow you to precisely apply therapy where it is needed most.

 

The goals of manual therapy in the treatment of scoliosis:

1. Reducing muscle tension:

• The overstretched muscle groups surrounding the spine are relaxed (especially on the concave side).
• Weakened or stretched muscles are strengthened (often on the convex side).

2. Restoring range of motion:

• The range of motion of joints and vertebrae is improved, especially in areas where the spine is stuck.

3. Restoring symmetry of the spine and pelvis:

• Corrects incorrect posture and pelvic position, which often accompanies scoliosis.

4. Reducing compensatory mechanisms:

• The principles of correct body movement and posture are taught in order to prevent the progression of scoliosis.

 

5. Fabric preparation:

• Muscle relaxation techniques are performed:
• Myofascial release: designed to reduce tension in the fascia and deep tissues.
• Massage: reduces muscle spasms and improves blood circulation.
• In case of pain, gentle mobilization or stretching techniques are used.

 

6. Joint and vertebral correction:

• Joint mobilization or manipulation is performed to restore spinal mobility.
• Functional blocks of the spine (hypermobility or hypomobility) are corrected.

 

7. Exercise integration:

• Scoliosis treatment is combined with specialized exercises designed to strengthen the muscles of the spine.

 

8. Posture correction and functional retraining:

• The patient is taught the principles of correct posture and movement in order to maintain the correction in daily activities.

 

Benefits of manual therapy in the treatment of scoliosis:

• Non-invasive method: Safe treatment with no side effects.
• Pain relief: Activates the body's natural recovery process.
• Improving the quality of movement: Spinal mobility and muscle balance are restored.
• Individual approach: Therapy is tailored to each patient's type and severity of scoliosis.

 

Electrical stimulation is used to:

1. Muscle strengthening:

• Muscle contraction activity is stimulated on the weak (convex) side of the spine.
• Muscle strength is increased, ensuring better spinal stabilization.

2. Muscle imbalance correction:

• Overstretched or weakened muscles are relaxed and stimulated.

3. Posture stabilization:

• It promotes natural spinal posture by activating deep stabilizing muscles.

4. Prevention of scoliosis progression:

• Stronger muscles can reduce pressure on the intervertebral discs and alleviate symptoms of spinal deformity.

 

How does electrical stimulation work to treat scoliosis?

• Electrodes are placed on specific muscle groups in the back (depending on the nature of the scoliosis curvature – concave or convex side).
• A low-frequency electrical signal is used to cause muscle contraction.
• The therapy is combined with physiotherapy exercises and posture correction.

 

Benefits of electrical stimulation

1. Non-invasive procedure:

• Safe and painless procedure without side effects.

2. Targeted impact:

• Only certain muscle groups are stimulated (for example, weak muscles on the convex side of the scoliosis).

3. Therapeutic effect without active patient participation:

• Can be used in patients who are unable to perform intense exercise (e.g., after surgery or during acute pain).

4. Improved muscle blood flow:

• The supply of oxygen and nutrients to tissues is increased, accelerating muscle recovery.

Diagnosis and assessment

 

• Consultation with a doctor: The patient's existing medical history is collected or reviewed, and symptoms (pain, swelling, mobility restrictions) are assessed.
• Physical examination

 

1. Treatment begins with the most innovative rehabilitation technologies and methods:

BTL High Intensity Laser is used for treatment

• Deep penetration: BTL laser reaches deeper tissues (spinal intervertebral discs, joints, ligaments), effectively reducing inflammation and pain.
• Targeted treatment: The laser beam is focused on problem areas, which reduces the risk of side effects and ensures greater effectiveness.

 

2. Pain relief

• Photobiomodulation: Laser energy desensitizes nerve endings, inhibiting the transmission of pain signals to the brain.
• Stimulating endorphins: The therapy stimulates the release of natural pain-relieving substances.

 

3. Reducing inflammation and swelling

• Laser therapy reduces inflammation by inhibiting inflammatory cells and stimulating the production of anti-inflammatory substances.
• Improves lymph circulation, which reduces swelling around spinal structures.

 

4. Tissue regeneration

• The production of collagen and elastin is stimulated, which improves the structure of intervertebral discs and ligaments.
• The formation of new blood vessels is stimulated, ensuring a better supply of oxygen and nutrients to tissues.

 

Treatment course

1. Rating:

• The specialist determines the location and severity of osteochondrosis
• Laser therapy parameters are selected: power, frequency, duration.

2. Laser application:

• During the procedure, the patient feels a gentle warmth or feels nothing (painless procedure).

3. Duration and frequency:

• One procedure lasts 5-20 minutes.
• Recommended course: 5-8 sessions, 2-3 times a week.

 

The effect of BTL laser on different stages of osteochondrosis

• Early stage:
• Reduces muscle spasms and improves blood supply to the intervertebral discs.
• Inhibits inflammatory processes.
• Middle stage:
• It relieves pain, improves mobility, and reduces inflammation around the spinal nerve roots.
• Advanced stage:
• Helps manage chronic pain and improves quality of life.
• Combined with other measures (kinesitherapy, manual therapy).

 

Advantages of BTL laser in the treatment of osteochondrosis

1. Non-invasiveness: The procedures do not cause pain or trauma, and anesthesia is not required.
2. Effectiveness: Rapid pain relief and long-lasting effects.
3. Safety: Suitable for almost all age groups, no side effects.
4. Versatility: Can be used on any part of the spine.

 

Combination with other treatment methods

 

BTL laser therapy is most often combined with:

• Physiotherapy: Special exercises strengthen the muscle corset and improve spinal stability.
• Manual therapy: Releases spinal segments, improving blood circulation.

Results after treatment

• Reduction of pain and inflammation after just a few treatments.
• Improved spinal mobility and flexibility.
• Managing chronic symptoms and improving quality of life.

 

BTL laser therapy is one of the most advanced technologies in the treatment of osteochondrosis. It helps not only to manage symptoms, but also to promote the regeneration of damaged spinal structures. In order to achieve the best results, it is important to combine laser therapy with a comprehensive treatment plan.

BTL cryotherapy is a modern physiotherapy technology used in the treatment of osteochondrosis. It is used to treat both acute and chronic spinal injuries, as it helps reduce inflammation, pain and promote tissue regeneration. Cryotherapy involves the use of cold air or liquid nitrogen to induce a therapeutic effect on the body.

 

The treatment uses the latest technology of BTL cryotherapy. Features of cryotherapy in the treatment of osteochondrosis:

 

1. Pain relief

• Quick effect: Cold inhibits the activity of nerve endings, reducing the sensation of pain.
• Release of endorphins: Cryotherapy stimulates the production of natural pain-relieving substances.

 

2. Reducing inflammation

• Cold constricts blood vessels and inhibits the activity of inflammatory cells, reducing swelling and inflammation around spinal structures.

 

3. Reducing muscle spasms

• Relaxes tense muscles, often located around the affected area of ​​the spine, which cause additional discomfort.

 

4. Improving blood circulation

• After the cold therapy phase, blood circulation increases, which improves the supply of oxygen and nutrients to the tissues, promoting regeneration.

 

BTL cryotherapy application methodology

1. Procedure:

• The therapy is performed using a BTL cryotherapy device, which generates extremely low temperatures (-20°C to -40°C).
• Cold air is directed to the affected area, ensuring a targeted and effective effect.

2. Duration:

• One session lasts about 5-15 minutes, depending on the treatment area and the patient's condition.

Diagnosis and assessment

• Consultation with a doctor: The patient's existing medical history is collected or reviewed, and symptoms (pain, swelling, mobility restrictions) are assessed.
• Physical examination

Treatment begins with the most innovative rehabilitation technologies and methods:

 

Rehabilitation for knee pain using the BTL Super Inductive System (SIS), BTL Laser, BTL Cryotherapy and BTL R-Force technologies is a comprehensive approach that effectively reduces pain, restores functionality and accelerates healing. These methods complement each other perfectly, so the effect of the therapy is maximized.

 

1. BTL Super Inductive System (SIS):

 

Working principle: High-intensity electromagnetic pulses affect muscles, joints and nervous systems, reducing pain, strengthening muscles and promoting regeneration.

Benefits for the knee joint:

• Pain relief: Inhibits nerve signals, reducing knee pain.
• Muscle strengthening: Strengthens the thigh muscles (especially the quadriceps), which ensure stability of the knee joint.
• Improving joint mobility: Improves range of motion, reducing stiffness.
• Improving blood circulation: Promotes healing and metabolism around the joint.

 

Application:

• Knee pain caused by osteoarthritis.
• After injuries or surgeries, when muscle strength needs to be restored.
• Pain management due to tendon or ligament injuries.

 

2. BTL Laser:

 

Principle of operation: High-intensity laser beams penetrate deep tissues, reducing inflammation and pain and promoting tissue regeneration.

 

Benefits for the knee joint:

• Inflammation reduction: The laser reduces inflammation in the joint and surrounding tissues.
• Promoting regeneration: Promotes collagen production and tissue repair.
• Pain control: Reduces nerve sensitivity and suppresses the sensation of pain.
• Improving blood circulation: Improves blood and oxygen supply to the joint.

 

Application:

• Chronic knee pain (e.g. due to degenerative changes).
• Treatment of ligament and tendon injuries.
• Postoperative regeneration (e.g. after knee replacement).

 

3. BTL Cryotherapy:

 

Principle of action: Applying cold reduces inflammation and pain, and improves blood circulation.

 

Benefits for the knee joint:

• Reducing inflammation and swelling: Cold reduces the activity of inflammatory processes and swelling.
• Pain relief: Inhibits the sensitivity of nerve endings.
• Muscle relaxation: Relaxes the surrounding muscles, reducing the load on the joint.
• Acceleration of rehabilitation: Creates favorable conditions for tissue healing.

 

Application:

• Acute injuries (e.g., sprains or bruises).
• Reducing swelling after surgery or intense physical exertion.
• Pain relief in acute inflammatory conditions.

 

4. BTL R-Force:

 

Operating principle: Gravity reduction and dynamic resistance system designed to strengthen muscles and restore movement.

 

Benefits for the knee joint:

• Joint protection: Reduces the load on the knee joint, allowing you to perform exercises safely.
• Muscle strengthening: Activates the thigh and calf muscles, which stabilize the knee joint.
• Improving range of motion: Allows patients to restore freedom of movement in the knee joint.
• Progressive recovery: The intensity of therapy is adjusted to the patient's condition and progress.

 

Application:

• Rehabilitation after knee surgeries (e.g. cruciate ligament reconstruction).
• Muscle strengthening in the case of muscle atrophy.
• Restoring movement after injuries.

 

Complex therapy for knee pain

 

The combination of these methods allows for effective treatment of knee joint problems, including acute injuries, chronic diseases, and postoperative rehabilitation:

1. Acute injuries:

• BTL cryotherapy: Used in the early stages to reduce inflammation and swelling.
• BTL laser: Accelerates tissue healing.
• BTL R-Force: For restoring range of motion and muscle strength.

2. Chronic pain (e.g. osteoarthritis):

• BTL SIS: Reduces pain and strengthens muscles.
• BTL laser: Relieves inflammation and promotes regeneration.
• BTL R-Force: Reduces joint load and strengthens surrounding muscles.

3. Postoperative rehabilitation:

• BTL cryotherapy: To reduce swelling after surgery.
• BTL SIS and R-Force: For muscle function restoration.
• BTL laser: To accelerate tissue regeneration.

 

Results

• Less knee pain and inflammation.
• Faster restoration of joint function.
• Improved muscle strength and joint stability.
• Increased range of motion of the joint.
• Improved patient quality of life and mobility.

 

Combining these advanced BTL technologies can achieve exceptional results in the treatment of knee pain, both acute and chronic. This comprehensive approach ensures faster healing, reduces the risk of complications, and improves the patient's physical activity.

Diagnosis and assessment

• Consultation with a doctor: The patient's existing medical history is collected or reviewed, and symptoms (pain, swelling, mobility restrictions) are assessed.
• Physical examination

 

Treatment begins with the most innovative rehabilitation technologies and methods:

Radiculopathy is a condition in which the spinal nerve roots are compressed or damaged due to various reasons, such as herniated discs, degenerative changes in the spine, or inflammation. Using the BTL laser, radiculopathy is treated non-invasively, effectively reducing pain, inflammation, and improving tissue regeneration.

 

The treatment uses BTL high-intensity laser. Advantages in the treatment of radiculopathy:

1. Deep action:

• The high-intensity laser reaches deeper tissues, directly affecting compressed nerve roots and surrounding foci of inflammation.

2. Reducing inflammation:

• The laser inhibits the activity of inflammatory cells, reducing swelling and pain.

3. Pain control:

• The sensitivity of nerve endings is reduced, and pain signals are suppressed.
• The release of endorphins (the body's natural painkillers) is stimulated.

4. Tissue regeneration:

• Blood circulation, collagen synthesis and cell renewal are stimulated, which helps to restore damaged nerve tissue.

5. Invasiveness:

• The procedure is painless, safe and does not require a rehabilitation period.

 

Mechanism of action of BTL laser for the treatment of radiculopathy

• Photobiomodulation: Laser energy stimulates mitochondria in cells, increasing ATP (energy) production, which is essential for tissue repair and healing.
• Improving microcirculation: Improved blood circulation reduces swelling and ensures faster delivery of nutrients to the area affected by inflammation.
• Anti-inflammatory effect: Laser rays reduce the levels of prostaglandins and cytokines (inflammatory substances), stopping the progression of inflammation.

 

Treatment methodology with BTL laser

1. Assessment of the patient's condition:

• The cause, localization, and intensity of symptoms of radiculopathy are determined.
• The most commonly affected areas are: the neck, chest, or waist.

2. Selecting laser parameters:

• The intensity, power, and frequency of treatment are adjusted according to the patient's condition.
• A high-intensity laser is used (often from 10W to 30W of power).

3. Procedure:

• The laser head is placed directly on the site of inflammation or the area where irritation of the nerve roots causes pain.
• The therapy lasts from 5 to 15 minutes.
• The patient feels only a mild sensation of warmth.

4. Number of procedures:

• A course of 5–8 treatments is recommended, with therapy performed 2–3 times a week.

 

The BTL Super Inductive System (SIS) is a modern therapy device that uses high-intensity electromagnetic pulses to treat a variety of neurological and musculoskeletal problems. In the treatment of radiculopathy, SIS therapy is effective because it directly affects nerve root irritation, reduces pain, inflammation, and promotes healing processes.

 

The treatment uses BTL Super Inductive System technology:

1. Pain relief:

• High-intensity electromagnetic pulses reduce nerve sensitivity, block the transmission of pain signals to the brain, and inhibit nerve root irritation.
• Stimulates the production of natural painkillers such as endorphins.

2. Reducing muscle spasms:

• Electromagnetic pulses relax tense muscles that can compress nerve roots or limit movement.
• Blood circulation and oxygen supply to the tissues surrounding the spine are improved.

3. Promoting nerve regeneration:

• The therapy stimulates damaged nerve roots, promoting their healing and restoration of function.
• Improves blood supply to nervous structures, thus supporting their regeneration.

4. Reducing pressure on the spine and nerve roots:

• The therapy improves tissue elasticity and reduces pressure on the nerves from the spine and surrounding tissues.

5. Muscle strengthening:

• Electromagnetic pulses activate muscle groups that help stabilize the spine and reduce pressure on the nerve roots.

 

 

Treatment course with BTL SIS

 

1. Diagnosis and treatment plan

• The localization of radiculopathy is determined by symptoms (e.g. cervical, thoracic, or lumbar).
• Treatment parameters (pulse intensity, frequency and duration) are individually adjusted according to the patient's condition.

 

2. Procedure

• The therapy applicator is placed directly on the affected area or near the exit point of the nerve roots.
• The procedure is non-invasive and painless. The patient may feel a mild tingling or muscle contraction.
• Duration of therapy: 10–20 minutes.
• Course: 5–8 procedures, performed 2–3 times a week.

 

The BTL Super Inductive System is an advanced radiculopathy treatment method that allows for rapid and effective pain relief, nerve regeneration, and tissue relaxation. The therapy is safe, non-invasive, and suitable for most patients, especially when combined with other treatment methods.