BTL 5720 Sono (Therapeutic Ultrasound)
Deep Tissue Therapy • Pain Relief • Advanced Rehabilitation Solution
BTL 5720 Sono is an advanced therapeutic ultrasound system developed for effective physiotherapy and rehabilitation treatments. It delivers high-frequency sound waves that penetrate deep into tissues, promoting improved blood circulation, reducing inflammation, and accelerating natural healing processes.
Designed for hospitals, physiotherapy clinics, and rehabilitation centres, the device offers precise control over treatment parameters to ensure safe and effective therapy sessions. Its user-friendly interface allows healthcare professionals to select appropriate settings based on clinical requirements.
Key Features
- Continuous and pulsed ultrasound therapy modes
- Adjustable intensity and treatment duration
- High-performance ultrasound applicator
- Clear digital display for easy control
- Compact and durable clinical design
- Safe and controlled energy delivery
Clinical Applications
- Management of muscle strains and soft tissue injuries
- Treatment of tendinitis and bursitis
- Relief of joint stiffness and arthritis pain
- Reduction of inflammation and swelling
- Post-operative and sports injury rehabilitation
Benefits
- Promotes faster tissue repair and healing
- Reduces pain and muscle spasms
- Improves blood circulation in treated areas
- Enhances flexibility and mobility
- Supports comprehensive physiotherapy treatment plans
How It Works
The device emits high-frequency ultrasound waves through a handheld applicator placed on the affected area with conductive gel. These waves produce therapeutic heating and mechanical effects within deep tissues, stimulating circulation and accelerating cellular repair.
Precautions
- Use only under supervision of trained healthcare professionals.
- Avoid application over open wounds or infected areas.
- Do not use over pacemakers or implanted electronic devices.
- Not recommended over the abdomen during pregnancy.
- Follow manufacturer safety and maintenance guidelines.