Top Tech. Radial Shock Wave Equipment Smart-wave Physical Shockwave ESWT
Product Description
Treat Deeper. Faster. Easier.
Deeper.
Shockwave therapy units reach a therapeutic penetration depth of up to 6 cm* for Radial Pressure Wave devices. Shockwave devices impact tissue at the surface level down to deeper depths of penetration to treat a wide range of pathologies. |
Faster.
On average, shockwave therapy normally consists of 1-6 treatments to help produce effective clinical outcomes.2-12 Typically, treatment times last for 5 minutes1, allowing the treatment to fit into the time constraints of a therapy session and be easily incorporated into an overall plan of care. |
Easier.
Shockwave therapy provides easy-to-use transmitter handpieces to effectively treat patients, reducing the wear and strain on the clinician's hands. The various device handpieces serve to deliver treatments and provide clinician comfort during use. |
Treatment Applications
Treatment is performed directly on the skin, but is non-invasive. The time alloted for a specific treatment will depend on the area and depth of the tissue being treated. This will normally fall within 2-4 minutes per area treated.
Benefits:
- Short treatment time (a few minutes)
- Precise and targeted application
- Results in a few treatments5-8
- Non-invasive technology
- Alternative to medication
Extracorporeal Shock Wave Therapy Equipment, also called Acoustic Wave Therapy Equipment, mainly for physical therapy treatment, sports injury and rehabitation treatment.
SmartWave BS-SWT6000 models using a projectile accelerated in the handpiece, to generates a mechanical pressure wave, which is transferred to the human body by an applicator head and which radiates out in the tissue. The mechanical energy is absorbed by the tissue and decreases as the distance from the application site increases, and stress triggers reactions in the tissue that have a positive influence on a wide range of orthopedic and neurological conditions, thus get the result of pain relief, including acute pain and chronic pain reduction.
Extracorporeal shockwave therapy appears to increase local wound vascular density and blood flow as well as the rate of granulation tissue production while reducing bacterial counts. This would clearly accelerate healing time and promote the eradication of preexisting bacterial overgrowth. Extracorporeal shockwave therapy has shown potential for spontaneous epithelialization with a reduced need for secondary suturing, skin graft or flap closure. Extracorporeal shockwave therapy generates an acoustic pressure wave that penetrates human tissue through a liquid medium. One can focus the energy wave to a point or distribute it over a broad therapeutic front. Initially, researchers believed ESWT mechanically induced micro-sized fractures in bone tissue. However, it is now widely accepted that ESWT induces a reproducible biological response in target and surrounding tissue, releasing wound growth factors locally, stimulating stem cells and producing an antibacterial effect on biofilms (clusters of bacteria with a protective coating). Accordingly, ESWT facilitates vascular in-growth, re-epithelialization and complete wound closure.
About shock wave therapy: Reliable electromagnetic shock wave generation
The method of electromagnetic shock wave generation is based on the physical principle of electromagnetic induction, as used for example in loudspeakers. The arrangement of coil and membrane is optimized to generate powerful and short acoustic pulses, an ideal form of shock waves for indications close to skin surface, like non-healing wounds.
Shock waves are preferably used in the treatment of wound healing disorders. The energy level and the shock wave field warrant an exact treatment of the wound.
Shock waves initiate healing processes
1. Stimulation of microcirculation (blood, lymph) and metabolism (nitrous oxide, vasodilation, reduction of oxidative stress)
2. Mechanotransduction - cell matrix stimulation
3. Increase of cell wall permeability (increased molecular mobility)
4. Release of NO (eNOS)
5. Antibacterial and anti-inflammatory effect
6. Stimulation of growth factors (e.g. VEGF)
7. Stimulation of stem cells i.e. cell proliferation, transport and differentiation (skin rejuvenation, tissue regeneration)
Smartwave BS-SWT6000 Specification:
- Power Consumption: 100 / 240 VAC / 50/60 Hz,
- Technology: Compressor free ballistic radial shockwave therapy-system with air compressor
- Power Energy Levels: 4 selectable preset values : 2Bar to 5Bar (stepping at 0.1Bar )
- Modes: Frequencies from 1 to 22 Hz 3 Burst modes
- Programs: 7 preset programs, adjustable
- Protocols: More than 40 illustrated preset treatment recommendations
- Controls: Color touch-screen for all software operations
- Rotary control for Energy level and for frequency
BS-SWT6000 shock wave machine Physiotherapy Function :
1 Tendinitis of the shoulder
2 Calcific tendinitis of the shoulder
3 Radial and ulnar epicondylitis
4 Status post muscular injury
5 Patellar tendinitis
6 Trochanteric tendinopathy
7 Achillodynia
8 Plantar fasciitis
9 Heel spurs
10 Myofascial trigger point therapy eg. neck
11 Myofascial trigger point therapy eg. back
12 Trochanteric bursitis
13 Periostitis / shin splints
14 Dupuytren's disease
15 Thumb basal joint arthritis /rhizarthritis
16 Periostitis / Tartan Syndrome (state after overload)
17 Periostitis / shin splints (condition after overload)
18 Tibial stress syndrome
19 Muscular pain soleus / gastrocnemius
20 Muscular dysbalances
21 Muscular pain quadratus lumborum/gluteus
22 Muscular pain quadriceps
23 Tibial stress syndrome
24 Trapezius muscle
25 Relieve pain caused by prostatitis
26 Erectile Dysfunction
27 Irritable bladder
28 Cellulite treatment (stages I - III)
29 Muscle and connective tissue tightening
30 Elimination of lymphatic congestion
31 Body shaping
32 Scar smoothing
33 Treatment of pregnancy stretch marks
34 Enzyme-controlled lipolysis
35 Wrinkle smoothing
36 Skin elasticity improvement
37 Regulation of muscle tone
38 Lymphatic drainage
39 Medical massage / wellness massage
40 Muscle and connective tissue activation