Acoustic Shockwave Machine Aesthetics Instruments for Cellulite Reduce
Product Description
What is Shockwave Machine?
- Shockwave (also known as ESWT - Extracorporeal Shockwave Therapy) has been used in medicine since the 1980's.
- It is a clinically based non-surgical method used by therapists to treat tendon and/or muscle dysfunction.
- The technology involves the delivery of electromagnetic, pneumatic and sound waves.
- ESWT is non-invasive treatment for pain relief.
- 90-95% success rate for patients with applicable conditions.
- ESWT is an excellent stand alone and co-modality and can be used in conjunction with traditional treatments, such as:
- Exercise
- Dry-needling
- Massage
- Deep tissue massage
How does Shockwave work?
- Shockwave Therapy Using the applicator, high-energy electromagnetic, pneumatic and pulse waves are transmitted into the body
- ESWT creates waves at different levels of pressure to penetrate through to soft tissue
- This helps tissue to re-generate and repair, especially after acute and chronic injuries
- The energy-waves can be administered at different levels of intensity with different sized applicator heads, tailored to your needs
Biological effects with Radial Shockwave Machine
International clinical trials have shown ESWT has significant improvement in regeneration and repair of tissues in the following areas:
- Improvement in blood circulation
- Reproduction of vessels in the area of tendons and muscles
- Improves bone-healing
- Supports the production of collagen
- Reduction in tissue tendon
- Regression of pain caused by restricted blood supply
- Dissolving of calcium buildup in soft tissue
- Reduction of scar tissue
Applications with clinical trial support
Shockwave therapy can treat a range of areas including:
- Feet (heel spurs, plantar fasciitis, Achilles tendonitis, peroneal tendonitis)
- Shoulder (rotator cuff, inflammations and calcifications of shoulder joint tendons)
- Tennis elbow (epicondylitis)
- Knee (patellar tendonitis)
- Hip (bursitis, pain in hip area)
- Lower leg (shin splints, tightened calves)
- Upper leg (iliotibial band friction syndrome)
- Back pain (lumbar and chronic muscular pain)
Scientific research supports the use of ESWT for the treatment of many muscular-skeletal conditions
- This includes pain trigger points or painful points in muscles
Advantages of Radial Shockwave Machine
- Shockwave therapy has many advantages. It:
- Provides a new modality where there was previously no effective treatment (e.g. tennis/golfers elbow, plantar fasciitis, Achilles tendonitis)
- Reduction of stress in tissue surrounding the targeted area
- Reduction in use of pharmaceuticals
- Avoidance of surgical intervention
- Reduction in downtime from training and work
- Reduction of scar tissue
Known aesthetic applications
Shockwave is also effective for aesthetic purposes, including:
- Elimination of lymphatic congestion
- Regulation of muscle tone
- Cellulite reduction from stage 1-3
- Muscle and connective tissue toning
- Body shaping
- Stretch mark reduction
Treatment expectations
- Sessions are between 20-30 minutes, depending on the area and the amount of treatment needed
- The specialist will place the handle onto the target area (usually the injury)
- They will then gently transmit the shockwaves into the region.
- Feedback will allow the specialist to fine tune the positioning and intensity
- The treatment is often described as a 'mild sensation' and generally causes no pain
| Model |
BS-SWT5000 |
| Type |
ESWT |
| Source |
Compressed Air |
| Size |
Vertical Full size model |
| Energy |
2 Bar to 5 Bar |
| Energy Ajustable |
CW, Stepping at 0.1 bar |
| Frequency |
1-22 Hz |
| Screen |
10inch Touch Screen |
| Customized settings |
Unlimited |
| handpiece lifecycle |
usually over 3 million shots |
| Software upgrade |
Through USB port |
Important points to consider when choosing a Shockwave Therapy Machine
1. Technology: Radial
Pneumatic shockwave therapy machines use two types of technology: radial shockwave therapy and focused shockwave therapy. Radial shockwave therapy creates pressure waves that go radially through the tissue
2. Energy Output
The intensity of the shockwaves transmitted to the target tissue is determined by the energy output of a PSWT machine, which is measured in bars or joules per square millimeter (J/mm2). Lower energy levels may serve for surface disorders; however, higher energy settings may be required for deeper musculoskeletal issues.
3. User-Friendly
A simple PSWT machine can make a significant impact on shortening treatment processes and improving patient comfort. Look for equipment with simple controls, clear displays, and treatment parameters that can be customized.
4. Portability
Consider the PSWT machine's mobility and maneuverability, especially if your practice requires frequent movement. A lightweight and compact piece of equipment is easy to move and position, allowing for greater flexibility in treatment situations.
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