Algorithmic control
Closed-loop modulation of RF energy delivery.
Aesthetic & dermatologic RF
Algorithmically controlled RF microneedling with real-time tissue temperature monitoring: a professional, medical-grade platform for controlled resurfacing, collagen induction and dermal remodeling.

Key capabilities
Closed-loop modulation of RF energy delivery.
Tissue temperature measured at the treatment site.
Penetration depth and energy tailored per treatment.
Ergonomic pistol-grip and tubular facial handpieces.
How RF microneedling works
Microneedles penetrate the tissue and RF energy is applied at defined depths while tissue temperature is continuously measured. A closed-loop algorithm modulates RF output in real time, keeping thermal dosing within the dermis consistent and minimizing unintended thermal variation.
System overview
A dedicated RF generator provides stable output while continuously monitoring tissue temperature, enabling algorithmic control of energy delivery during treatment. Clinicians can adjust penetration depth and energy delivery while maintaining consistent thermal control.
Medical-grade construction and system stability reflect our engineering-driven approach to RF-based devices.

Handheld applicator options
Applicator designs that suit different treatment techniques, ergonomics and clinical preferences.

Body treatments
Designed for ergonomic comfort and controlled handling across larger surface areas. The trigger-style form factor supports steady pressure and controlled movement during extended procedures, maintaining consistent needle engagement while reducing operator fatigue.

Facial treatments
Optimized for facial and precision-focused treatments. The pen-style form gives enhanced tactile feedback and fine spatial control on smaller or contoured areas, with compact positioning where precision and visibility are critical.
Clinical use & applications
RF microneedling is commonly used in professional aesthetic and dermatologic settings. Delivering RF energy directly into the dermis via microneedles enables targeted thermal treatment beneath the skin surface while minimizing epidermal disruption.
Treatment parameters may be adjusted by anatomical area, skin condition and clinical objective. As with all professional RF-based treatments, clinical protocols, patient selection and outcomes depend on practitioner training, experience and adherence to applicable regulatory and clinical guidelines.
Developed for controlled energy delivery, system stability and repeatable performance, with design decisions that emphasize measured tissue response and predictable system behavior over preset power levels, for long-term professional use.
Explore the portfolio

Multipurpose RF platform for monopolar, bipolar and vessel sealing applications.
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Advanced pencil engineered to reduce lateral thermal spread, charring and collateral damage.
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Blade, ball and needle electrodes, uncoated or RF-NonStick coated, plus tungsten needles.
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Contact us for availability, configuration options and technical details for the RF microneedling platform.