YETI
Cryolipolysis; more advanced than ever: the properties of cold temperatures to reduce excess fat
Cryolipolysis has long been the most advanced system for reducing localised adiposity with non-invasive treatments: today this technology has reached a higher level, with safer, more effective and certified apparatus.
The first fundamental new innovation: 4 new handprobes, incredibly more effective at cooling, due to innovative internal mechanics which increases performance. They cool faster and keep the temperature constant, with the best results. It is a completely different experience for the operator: the machine is now more manageable, due to the reduced weight of its handprobes, and maintenance is easier and faster.
Every smaller component of Yeti 2.0 has been designed with meticulous care to give maximum performance, while on the outside, the design has also been revamped in an unmistakable Made in Italy style that is noticeable at first glance.
How does the Cryolipolysis Yeti for body contour sculpting work?
Effective, with results that are stable over time, the Cryolipolysis Yeti 2.0 uses the principle of infusion of controlled cold to remove adipose tissue. The method, developed by scientists from the Massachusetts General Hospital and Harvard University in Boston (USA), is considered a valid alternative to surgical liposuction, with all the advantages of carrying out a non-invasive treatment that does not involve any risks for the patient.
Lowering the temperature inside the panniculus adiposus to between -5˚at -10˚C for a specific time, starts the process of apoptosis in adipose cells. The special vacuum handprobe makes uniform cooling of the aspirated tissue possible due to the presence of Peltier cells. The compromised adipocyte, no longer able to perform its natural functions, is finally phagocytosed to be evacuated through known metabolic pathways.
With the Cryolipolysis Yeti it is possible to obtain a volumetric reduction of panniculus adiposus of over 20-30% in every single session.
Technical data
| Output power | 738 W |
| Operation modes | Continuous |
| Display | 12 “ Touchscreen |
| Power supply | 220-240Vac 50Hz |
| Maximum power consumption | 803 VA |
| Safety class | I BF |
| Fuses | 2 x 2A L 250V |
| Dimensions | 550x450x210 mm. |
| Weight | 40 kg |
| Degree of protection | IP20 |
| Operating conditions | Temperature: minimum +10°C – maximum 40°C Maximum humidity: 90% non-condensing Atmospheric pressure: 800-1060 hPa |
| Storage conditions | Temperature: 0°C ÷ 60°C; Maximum humidity: 90%, non-condensing; Atmospheric pressure: 700 ÷ 1060 hPa |
| Transport conditions | Temperature: -10°C ÷ 60°C; Maximum humidity: 90%, non-condensing; Atmospheric pressure: 500 ÷ 1060 hPa |
| Cooling | Forced ventilation |
| Connections | Power supply 230Vac 50Hz Handpiece Cable |
| Temperature | From 0°C to +2°C |
| Vacuum | From -120 to -250 mmHa |
