U-Pulse Dual

Focus Dual combines RF microneedling and HIFU technologies. The RF microneedle system is integrated with a vacuum function, enabling precise needle insertion at the target depth and delivering effective results for acne scars and wrinkles. The HIFU system offers customized treatments according to the target depth through a range of cartridges, providing effective lifting outcomes.

Portable wireless diode laser pen with dual-wavelength configuration and advanced super-pulse technology for flexible dental and surgical soft-tissue applications.

A surgical laser platform combining two complementary wavelengths for versatile tissue interaction and treatment options. Increases procedural flexibility without requiring multiple laser systems.

A flagship diode laser system with various wavelengths designed for medical applications across multiple specialties including ENT, orthopedics, urology, and phlebology.

Dual-wavelength laser system combining 1927nm Thulium and 1550nm Erbium wavelengths for dermatological treatments including skin resurfacing, ablation, and aesthetic procedures. Enables precise tissue ablation and coagulation across multiple skin depths with adjustable power delivery for clinical flexibility.

Multi-purpose CO₂ laser system for both hard and soft tissue applications in dental procedures. Enables precise cutting and ablation with reduced bleeding and minimal post-operative inflammation.

A compact, portable diode laser system with 30watts total power (15W+15W configuration) and dual or triple wavelength technology. Combines affordability with advanced laser capabilities for multiple medical applications.

A dual-wavelength diode laser system combining 980nm and 1470nm for controlled energy delivery across multiple clinical applications. Provides high precision and stability with compact, portable design suitable for in-clinic or mobile use. Equipped with advanced cooling technology for extended uninterrupted operation.

High-power 60W diode laser system for surgical and therapeutic applications including dental procedures, endovenous laser treatment, and tissue ablation. Features dual/triple wavelength technology (1064nm, 1470nm) with adjustable power settings for precise clinical control across multiple medical specialties.

R.Sona combines 3/10/17MHz multi-ultrasound technology with active cooling for skin stabilization, specifically designed for safe application immediately following high-energy procedures like laser and RF treatments that can cause pain or skin irritation. R.Sona's Micro-Bubble Absorption System (MAS) utilizes intermediate-frequency ultrasound at 140 kHz and 240 kHz, a dual-ultrasound absorption system designed to enhance cosmetic absorption without overstimulating the skin barrier. The cavitation effect applied to MAS creates microbubbles around ingredients applied to the skin surface, temporarily alleviating the structural resistance of the stratum corneum, thereby facilitating their penetration. Low-frequency electrodes promote muscle contraction and relaxation, relieving sagging skin and promoting elasticity. High-frequency ergonomic electrodes generate biothermal energy to increase oxygen absorption and blood flow within skin tissues, improving skin elasticity.

Advanced medical diode laser system for surgical and therapeutic applications including dental procedures, endovenous treatment, and high-intensity laser therapy. Features dual/triple wavelength technology at 1064nm and 1470nm with power outputs from 30W to 60W in a portable aluminum housing design.

Developed through years of R&D and patented technology, PICO-K delivers stable, high-performance picosecond laser technology. With its U.S. FDA clearance, PICO-K has proven its global safety and technical excellence, providing differentiated usability through precision output control. The system maintains a low 2% standard deviation at a 300ps pulse duration. Engineered for up to 2.0GW peak power, it ensures a consistent, high-quality beam profile regardless of repetition rate. This enhances irradiation consistency, helping practitioners deliver intended energy more accurately. PICO-K also utilizes patented technology to control the Thermal Lensing Effect for stable spot sizes and includes Power Factor Correction (PFC) for enhanced energy stability. These features demonstrate PICO-K's value as a reliable tool for precision medical procedures.