CO2 Oxygen Bubble Replacement Handpiece is designed as a replacement or spare applicator for compatible professional facial beauty systems using oxygen-bubble pods or capsules together with a dedicated primer gel.

The handpiece features a pod-compatible treatment head, ergonomic black and white housing, integrated control buttons and a wired connection for operation with a compatible host machine.

When used with the appropriate oxygen bubble pod and compatible primer gel, comparable systems create a surface reaction that produces water, carbon dioxide (CO2) and sodium citrate. The resulting CO2 appears as fine bubbles at the skin surface during treatment.

This type of treatment principle is also used in oxygenating facial systems where a disposable capsule or pod reacts with a gel to generate CO2 at the skin surface. Similar OxyGeneo-style systems describe this process as a combination of exfoliation, surface CO2 generation and cosmetic ingredient infusion.

Product Details

Product Type: Replacement oxygenating facial handpiece
Technology: CO2 oxygen bubble / pod facial system
Application: Professional facial skincare equipment
Treatment Head: Pod / capsule-compatible applicator
Housing: White and black ergonomic handle
Controls: Integrated handpiece control buttons
Connection: Wired connection to compatible host machine
Use: Replacement or spare applicator
Quantity: 1 handpiece

CO2 Bubble Reaction

Comparable oxygen-bubble systems work by combining the dedicated pod with a compatible gel.

The reaction creates:

Water + Carbon Dioxide + Sodium Citrate

The carbon dioxide forms microscopic bubbles on the surface during operation.

This is why the handpiece should normally be used together with the appropriate oxygen bubble pods and primer gel, rather than as a standalone applicator.

Functions found on comparable versions

A manual for a closely matching 4-in-1 CO2 Oxygen Bubble system lists:

High-frequency sonic vibration
Rotating / spin function
5 intensity levels
8 LED light modes
Oxygen bubble pod compatibility
Integrated handpiece controls