Various treatment modes: single/double/automatic. Adjustable energy sub-parameters with 16 levels
4 safety systems to protect the skin
Gas cryogenic cooling and vibration functions minimize discomfort
High-speed procedures thanks to increased tip area and automatic mode
Individual cooling channel for each patient
The effect of RF energy on skin and subcutaneous tissue
All skin types, all-season procedure
Oligio uses three pulse modes to reduce pain and side effects while ensuring safe, effective treatment.
The tip works without a countdown timer — unlike other devices.
Advanced cryogenic gas cooling outperforms water systems. It ensures optimal skin temperature, minimizes side effects, and adjusts to each patient's sensitivity. Delivery is auto-calculated for hard-to-treat areas.
The handle vibrates during RF pulses to "distract" pain receptors, reducing discomfort.
Oligio is 85% effective in skin tightening, backed by clinical studies.
Continuous cooling for effective skin protection
Real-time temperature control for maximum safety
Pressure control - eliminates the risk of burns
Energy is delivered within safe power limits
Oligio delivers RF energy directly into the dermal layer, stimulating neocollagenesis and dermal remodeling to achieve a lifting effect, multidimensional skin tightening, and contour restoration.
High-frequency electrical current fluctuations induce collisions among charged molecules and ions, converting electrical energy into heat.
Delivery of a 6.78 MHz current elevates deep dermal tissue temperatures to 40–60 °C, promoting tissue tightening and lift.
This thermal stimulus initiates cellular repair mechanisms and inherent rejuvenation processes.
During treatment, a uniform electric field of defined geometry alternately reverses polarity at 6 million cycles per second, oscillating charged particles and effectively “pumping” molecular structures to raise tissue temperature.
The outcome is wrinkle reduction, improved skin smoothness, elasticity, and firmness, with long-term fibroblast activation driving additional collagen synthesis.
Curved surface with rounded edges and peak power insulation around the perimeter of the membrane. For more uniform, controlled distribution of RF pulses and a larger heating surface without burns.
Use of an insulating dielectric polyimide (PI) membrane for uniform energy transfer and formation of a stable electric field, allowing safe control of the required depth level and variation of the volumetric effect.
When using the F4.0 tip, the total number of pulses is reduced by 33%.
Can be used on the mobile eyelid.
Indications:
Effective delivery of RF energy
Main ingredients: electrolytes and glycerin
