Aqua Peel 2.0 is a professional skincare device that combines vacuum pressure and solution flow within the same treatment system. The system allows for the planning of skin cleansing, support for the peeling stage, removal of buildup from pores, and hydration steps.
For this reason, use of the device should be considered in line with product instructions and professional assessment. Adjusting the settings requires attention to possible skin reactions such as sensitivity, redness, or dryness.
What Is Aqua Peel 2.0 Used For?
Aqua Peel 2.0 is used in professional skincare protocols focused on cleansing, controlled peeling, vacuum-assisted purification, and hydration. The operating system is based on moving the selected solution across the skin and removing the resulting liquid and residue through vacuum suction. The system is designed to work with three different solutions. In addition, both the vacuum level and the amount of solution can be adjusted.
| Device Component |
Functional Role |
Application Purpose |
| Control panel |
Management of operating values |
Adjustment of time, vacuum, and flow |
| Waste container |
Collection of liquid and residue generated during treatment |
Hygienic procedure management |
| Handpiece |
Treatment component that comes into contact with the skin |
Controlled delivery of solution and vacuum |
| Solution containers |
Delivery of selected liquids into the system |
Product selection according to the protocol |
Aqua Peel 2.0 Features
The features of Aqua Peel 2.0 primarily include adjustable vacuum levels, solution flow, and treatment duration. Within the system, the vacuum can be adjusted to low, medium, and high levels, while solution flow can be adjusted between 10% and 100%. The treatment duration can also be set between 1 and 10 minutes. These variables allow the practitioner to plan a more controlled protocol based on skin characteristics rather than using a single fixed program.
Operating Structure of the Vacuum System
The vacuum system supports the removal of liquid and loosened residue from the skin surface through the suction mechanism in the handpiece. This structure combines liquid flow and suction within the same operating system. A sensor designed to help prevent backflow of liquid from the waste container is also included in the device system. The movement of the handpiece and the vacuum level should be controlled carefully. Settings should be determined according to the intended use and skin type.
Adjustment of Solution Flow
Solution flow allows the amount of liquid delivered to the skin to be determined through the device. This feature helps regulate treatment intensity according to skin characteristics when using the Aqua Peel skincare device. The appropriate setting should be determined according to the solution instructions and the condition of the skin.
Solution Systems Used with Aqua Peel 2.0
The solution systems used with Aqua Peel 2.0 generally consist of three separate stages intended for AHA, BHA, and hydration. In the manufacturer’s resources, the solutions are described as S1 AHA, S2 BHA, and S3 hydration/essence solution. Solution and stage selection should be made according to skin characteristics and product instructions.
Purpose of Solutions Containing AHA
The purpose of solutions containing AHA is to support the removal of dead cells from the skin surface and the peeling stage. Alpha hydroxy acids may provide exfoliation on the skin surface depending on the formulation and concentration. Therefore, when Aqua Peel solutions are used, the ingredients, concentration, application duration, and skin sensitivity should be evaluated together.
Purpose of Solutions Containing Salicylic Acid
The purpose of solutions containing salicylic acid is to support the cleansing stage, particularly in skin with oiliness and buildup in the pores. Salicylic acid, also known as a BHA, is oil-soluble and may therefore be preferred in skincare protocols associated with sebum and pore content. However, if active irritation, sensitivity, or another dermatological condition is present, product selection and the decision to perform the procedure require professional assessment.
Hydration Solution Stage
The hydration solution stage focuses on providing moisture support to the skin after the procedure. The product ingredients and instructions for use should be taken into consideration. The properties of the solution used should be evaluated separately from the technical operating principle of the device.
Combined Use of Vacuum and Solution Flow in the Aqua Peel 2.0 Handpiece
The Aqua Peel 2.0 handpiece combines solution flow and vacuum effect within the same treatment movement, allowing controlled work on the skin surface. When the Aqua Peel vacuum system and liquid application are managed together, the aim is to remove loosened residue through suction as the solution moves across the skin surface. The movement and pressure of the handpiece should be controlled according to skin characteristics.
The Role of Skin Characteristics in Determining Vacuum Level
When determining the vacuum level, factors such as skin thickness, sensitivity, tendency toward redness, and treatment area should be considered. When using a vacuum skincare device, a higher setting should not be assumed to be more suitable for every skin type. The selected setting should be determined according to the instructions for use and professional assessment.
Planning Aqua Peel 2.0 Treatment Stages Through the Device
Planning the Aqua Peel 2.0 treatment stages through the device begins with a skin assessment, followed by selection of the required solutions and operating values. After preparation, the appropriate AHA, BHA, or hydration stages are selected. Treatment duration, vacuum, and flow are adjusted through the control panel. Cleaning and ventilation functions may be used for system maintenance after the procedure.
| Planning Variable |
Factor Affecting the Decision |
| Treatment duration |
Area, skin tolerance, and product instructions |
| Solution selection |
Skin needs and product ingredients |
| Vacuum level |
Sensitivity, area, and treatment purpose |
| Flow amount |
Solution structure and skin tolerance |
| Number of stages |
Planned skincare protocol and skin assessment |
Planning Aqua Peel 2.0 Parameters According to Skin Characteristics
Planning Aqua Peel 2.0 parameters according to skin characteristics requires a controlled approach that varies according to the individual and treatment area rather than using the same settings for everyone. The appropriate skincare purpose among the Aqua Peel 2.0 areas of use can be determined by assessing oiliness tendency, sensitivity, dryness, redness, and the treatment area.
Technical options are tools that support professional assessment. Therefore, before using the Aqua Peel device, active skin concerns, products currently being used, and known sensitivities should be reviewed, and dermatological assessment should be sought when necessary.
In addition, use of this system within the professional skincare device category should be carried out in accordance with the manufacturer’s instructions and applicable regulations. Finally, when selecting an Aqua Peel 2.0 device, training, maintenance, consumables, and authorized service conditions should also be evaluated alongside its technical features.
Frequently Asked Questions
It uses an operating principle that combines vacuum and controlled solution flow.
The system includes AHA, BHA, and hydration-focused solution options.
Yes. According to the user manual, the vacuum level can be adjusted at different levels.
The handpiece combines solution flow and vacuum suction within the same treatment system.
No. Settings should be planned according to skin characteristics, treatment area, and the selected solution.
No. The stages to be used may be selected according to the skin assessment and skincare protocol.
