Jet Plasma Skin Tightening Technology: How the Profosma Jet Tips Work
- Evanza Ferris
- 2 days ago
- 3 min read
Updated: 15 hours ago
The Profosma Jet Plasma device represents a major advancement in non-invasive skin tightening technology. Designed for professional aesthetic clinics, the device combines advanced materials, precision electronics, and hygienic disposable components to deliver safe and consistent plasma skin treatments.

Polypropylene Jet Tips for Safer Skin Treatments
One of the most important components of the Profosma Jet Plasma system is the use of polypropylene (PP) jet tipsinstead of the commonly used ABS plastic.
Polypropylene is widely used in medical and food-safe products, including baby bottles, because of its non-toxic, non-allergenic, and highly stable properties. When used in plasma devices, polypropylene helps prevent skin irritation and maintains structural integrity during high-energy treatments.
ABS plastic, often used in industrial applications such as refrigeration systems, piping, and automotive parts, may react differently when exposed to heat. By using polypropylene, the Profosma system prioritizes client comfort, treatment safety, and professional clinical standards.
Integrated Micro-Circuit Technology for Precision Energy Delivery
Each Profosma Jet Plasma tip contains an embedded micro circuit board that functions as a miniature control system. This technology regulates the energy delivered from the plasma device to the skin, ensuring accurate, stable, and controlled plasma output during treatments.
This level of precision helps aesthetic professionals perform skin tightening and rejuvenation procedures with greater consistency. The integrated circuit system is an advanced feature that is not commonly found in many traditional plasma devices.
Disposable Plasma Tips for Hygiene and Client Safety
To maintain the highest hygiene standards in professional clinics, Profosma Jet Plasma tips are designed for single use.
Each tip remains effective for approximately 45 minutes of treatment time. After this period, the tip should be safely discarded to ensure optimal device performance and patient safety.
Using disposable plasma tips helps clinics maintain strict sanitation protocols while preventing cross-contamination between clients.
Proper Cleaning and Storage Between Treatment Sessions
When treatments are performed in shorter intervals, tips may be cleaned between 15-minute sessions using:
Medical alcohol wipes
Cotton pads with SkinSens NanoSilver Mist
After cleaning, the tips should be stored in a clearly labelled sterile container or sealed bag until the next session.
Profosma tips also incorporate ceramic and silica components, which provide excellent thermal stability and chemical resistance. These materials help maintain consistent plasma energy performance throughout the treatment session.
Engineering Components Inside Profosma Jet Plasma Tips
Each Jet Plasma tip contains several specialized components that work together to deliver safe and controlled plasma energy.
Integrated Circuit BoardA programmed chip that controls energy output and guides the plasma jet function with precision.
Protective Plastic Insulation TubeThis structure protects the circuit board while insulating the internal components from high energy levels generated by the plasma device.
Copper Wire ConductorThe copper wire is designed to safely transmit the device’s electrical output, which can reach up to 14,000 volts during operation.
Metal Connection HardwareMetal connectors ensure a stable link between the plasma device and the jet tip, allowing accurate power activation and energy flow.
Polypropylene HousingThe outer casing is made from polypropylene, a thermoplastic with an operating temperature range between −30°C and 140°C. This material is known for its chemical stability, safety profile, and resistance to inflammation or allergic reactions.
The Next Generation of Plasma Skin Rejuvenation
The Profosma Jet Plasma device represents the next generation of professional skin tightening and rejuvenation technology.
By combining advanced materials, micro-electronics, and hygienic disposable components, the system helps aesthetic practitioners deliver treatments that are:
Safe and controlled
Hygienic for every client
Consistent in energy delivery
Effective for non-invasive skin tightening
As aesthetic technology continues to evolve globally, Jet Plasma systems like Profosma are helping clinics offer advanced skin rejuvenation treatments without surgery or downtime.
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