Precision-engineered for every patient through 4-mode RF customisation, a versatile 14-tip library, and patented innovations in pumping technology and real-time impedance monitoring.
The table below serves as a guide for clinicians to select the optimal treatment setting by showing how Mode (Monopolar for depth vs. Bipolar for surface) and Frequency (1 MHz for broad heating vs. 2 MHz for focused intensity) combine to determine the exact Depth and Delivery of the RF energy into the skin.
Unlike single-mode systems, the needle array of POTENZA’s dual-generator ensures the most optimal, uniform and stable energy delivery.
| Mode | Frequency | Depth & Delivery |
|---|---|---|
| Monopolar | 1 MHz | Deep, volumetric bulk heating. |
| Monopolar | 2 MHz | Focused deep heating; high-impact coagulation. |
| Bipolar | 1 MHz | Broad, superficial dermal heating. |
| Bipolar | 2 MHz | Precise, superficial energy delivery. |







The Pumping Tip Transforms the Device into a High-Performance Delivery System, Forcing Your Favourite Topicals Deep into the Dermis with 67% Deeper Penetration 1,2.
1Published studies: Advances in Cosmetic Surgery, Journal of Clinical & Aesthetic Dermatology.
2 Dr. Christine Dierickx Whitepaper: The POTENZA Pumping Tip: Enhanced penetration of topical products. Dr. Christine Dierickx, “The POTENZA Pumping Tip: Enhanced penetration of topical products” (internal white paper). 67% increase in topical penetration with POTENZA Pumping Tip compared with standard application; baseline topical absorption 1–5% as reported in Wang JV et al., Dermatol Surg. 2022;48(1):120–125.

The POTENZA Pumping Tip works by creating a vacuum seal over the skin. When needles are withdrawn, air pressure causes topicals (such as HAs, Polynucleotides, and more) to move through the open channels resulting in deep uniform delivery.
The number of needles influences energy distribution and treatment depth:
This flexibility allows clinicians to precisely tailor treatment intensity and depth.
POTENZA needles are engineered with a Parylene coating, selected for its superior biocompatibility and performance:


Adjustable Penetration: Both tips offer a versatile depth range from 0.25mm to 4.0mm to reach any dermal target.
The Difference: The insulation determines where the energy is released along that needle track.
Mechanism: RF energy is restricted to the last 0.3mm of the needle.
Energy Spread: Concentrated coagulation at the needle tip only.
Clinical Use: Targeted dermatological treatments requiring surgical precision while sparing the upper dermis.

Mechanism: RF energy is delivered via two active zones along the needle shaft.
Energy Spread: Lateral energy flow that covers a wider dermal volume in a single pass.
Clinical Use: Broad dermatological effects.

Skin hydration and resistance (impedance) vary significantly between patients, and even between different areas on the same patient’s face or body.
Conventional RF systems deliver a “blind” fixed dose, which may lead to inconsistent coagulation.
Real-time feedback that continuously measures skin resistance and automatically compensates to ensure the exact clinically intended energy reaches the tissue.
RF energy is initiated as needles reach the target depth.
The system instantly detects the specific resistance of the local tissue.
Energy delivery auto-calibrates in real time to maintain the optimal thermal profile, regardless of skin hydration levels.
Total Confidence: Eliminates under-treating (dry skin) or over-treating (highly hydrated skin).
Uniform Coagulation: Ensures consistent thermal zones across the entire treatment area for predictable results.
Superior Control: Provides a level of automated safety and efficacy not available in conventional RF microneedling systems.
