RF beauty devices – skin, body & rejuvenation applications powered by LDMOS

Delivering precision, power, and performance for next-generation aesthetic platforms – from compact home-use devices to advanced professional systems

Radio Frequency (RF) beauty technology is rapidly reshaping both professional and home-use skincare. In dermatology clinics, medical spas, and aesthetic platforms, RF devices operating from below 1 MHz up to 40.68 MHz are used for collagen stimulation, skin tightening, anti-aging, and skin rejuvenation - offering highly targeted, non-invasive treatments with visible results.

At the same time, the home-use RF beauty market is growing rapidly, as consumers seek to bring professional-grade treatments into their daily routines. Most portable devices operate below 3 MHz, but higher-frequency models are emerging, delivering clinic-quality outcomes in increasingly compact formats. While both segments rely on similar frequencies, power levels vary widely - from just a few watts in portable systems to hundreds of watts in professional platforms.

Whether you’re developing a handheld beauty tool or powering an advanced clinical RF system, Ampleon provides the solid-state RF power technology to bring your innovation to life - with precision, performance, and reliability you can count on.

Key features
Optimized LDMOS portfolio for 0.3 to 40.68 MHz RF beauty applications
High output power with excellent efficiency across the full frequency range
Engineered for mismatch tolerance and safe RF on/off cycling
Wide supply voltage range (10–65 V) for flexible system design
Low thermal resistance for passive cooling solutions
Compact packaging suited for integration in handheld and professional devices
Key benefits
Consistent performance in both professional and home-use beauty systems
Reduced BOM complexity and compact footprint
Minimized heat management challenges
Enables high-frequency treatment options
Reliable RF power delivery in portable, battery-powered systems
Solid-state RF power portfolio by technology and output range
Preferred SSPA transistor portfolio for particle accelerator applications
Home-use applications – low voltage (10–20 V)
Type number Frequency (MHz) VDS (V) POUT (W) ηD (%)
BLP15H9S30(G) 40.58 10 3.5 75.9
12 4.7 71.8
ART150PE(G) 40.58 10 5.1 78.5
15 11.1 80.4
6.78 10 3.88 82.4
20 15.5 84.3
Professional applications – standard voltage (30–60 V)
Type number Frequency (MHz) VDS (V) POUT (W) ηD (%)
ART150PE(G) 40.58 30 43.4 84.6
40 76 86
55 134 84.3
6.78 30 35.4 86.4
40 62.4 86.4
60 138 86.5
BLP15H9S30G demo board

BLP15H9S30(G) demo board

ART150PEG demo board

ART150PE(G) demo board


Committed to your success

During the entire process from design to delivery, we provide a range of support options to address your needs. Whether you require load-pull data, application boards, samples, ADS / AWR models, assistance with a complex design challenge or seek quick advice, we are on stand-by to support you. Our application engineering resources are spread around the globe, with our offices in Nijmegen / The Netherlands, Toulouse / France, Smithfield / USA, and Shanghai / China.