Description
Zimmer ZWave
Zimmer ZWave is high energy radial shockwaves scientifically proven to have a large impact on collagen structure and the skin’s connective tissue, improving blood circulation.
It stimulates collagen formation, while the skin becomes more elastic and its firmness is visible after only a few treatments.
Thanks to the ZWave radial shockwave unit, it is also possible to significantly improve skin firmness, skin elasticity and collagen regeneration. Fat reduction, for example, after CryolipolysisTM or injection lipolysis is also enhanced by using the ZWave.
Skin tightening and body contouring are becoming increasingly important in the modern practice. After several treatments for fat reduction, such as e.g. CryolipolysisTM, liposuction, or injection lipolysis, a more extensive application for skin tightening is urgently recommended and expected by the patient. Various studies and user observations have proven its effectiveness.
Application range
Skin tightening and body contouring
ZWave is used as a “stand-alone” application or in combination with other, mostly fat reduction methods. In the case of the “stand-alone” application, the focus is generally on improving the skin structure and connective tissue. Typical application areas are, e.g. cellulite, connective tissue weakness (upper arm, underbelly, etc.) and stretch marks (striae).
Patient-friendly application
Using radial shockwaves for skin tightening, cellulite and general connective tissue tightening treatments has the following advantages:
- non-invasive treatment
- no down time
- pain-free application
- simple application
- visible results
- versatile
Preset treatment recommendations:
- Cellulite
- Stretch marks
- Combination with CryolipolysisTM
- Combination with radio frequency
- Combination with ultrasound
- Combination with laser (Softlaser)
- Skin tightening (general)
- Aesthetic scar treatment
- Supporting lymphatic drainage
ZWave – visible results
The high energy radial shockwaves consists of two different parts – positive pressure pulse and a comparatively small tensile wave component. The shockwave squeezes the surrounding tissue and breaks the grid structure of the molecules. The tensile wave leads to a collapse of the gas bubbles within the fat structures (cavitation), which re-expand after the high energy radial shockwaves and thus ensure a destabilization of the fat structures
Technical data
Technology
Compressor-free ballistic shockwave system with electromagnetic generator as projectile accelerator, 1 – 22 Hz, 60 – 185 mJ
Programmes
10 preset application fields plus respective detailed treatment recommendations
Control unit
12″ colour touch-screen for all software operations. Controller for energy and frequency. Handpiece operation via multi-directional foot switch.
Memory and update
SD card for application menu memory,
favourites and adapted programmes (240 places) / error log / firmware update
Mains voltage Protection class
100 – 240 V / 50/60 Hz; 220 V / 60 Hz I
Dimensions, weight
W 32,2 cm / D 23,5 cm / H 13 cm, 2,7 kg (without handpiece)
