N-Pulse FX

Long-pulse laser module at 1064nm wavelength commonly used in medical aesthetic systems for various skin treatments. A key component in professional medical laser equipment.

Ultrashort pulse fiber laser for precision micromachining of medical devices and surgical instruments. Delivers sub-micrometer precision suitable for complex medical component processing.

A next-generation pulsed electric field ablation technology platform for tumor treatment and minimally invasive interventional procedures. The system has received market approval and represents the company's core innovation in oncology applications.

High-voltage nanosecond pulse power system for medical and diagnostic applications including irreversible electroporation (IRE) tumor ablation, medical accelerators, and radiotherapy systems. Features fully adjustable parameters including pulse width, rise time, repetition rate, and voltage up to 200 kHz. Supports panel control, external triggering, and remote communication interfaces for flexible clinical deployment.

High-peak-power ultra-pulsed CO₂ laser with 500W peak power and 5W average power, featuring sub-10µs rise time. Specifically designed for cranial bone ablation and orthopedic surgical applications with minimal thermal effects.

Medical-grade laser module operating at 755nm wavelength for aesthetic and dermatological treatments. Used in hair removal and skin rejuvenation medical devices.

Irreversible electroporation pulse power system for tumor ablation with fully adjustable high-voltage nanosecond parameters for surgical oncology applications.

PICOHOLIC is a Nd: YAG laser device that applies 300ps Pulse Duration. It stably outputs up to 1.67gw Peak Power energy, and can effectively remove pigmented lesions such as freckles, blemishes, freckles, nevus of Ota, lentigines, and tattoos while minimizing damage to surrounding tissues with strong and fast targeting. It provides two wavelengths of 1064 and 532nm with different skin penetration depths, a handpiece that enables detailed energy density and spot size control, and an MLA handpiece that can expect pore contraction and skin elasticity effects through stimulation of dermal fibroblasts and collagen production, enabling customized treatment according to the lesion.

Picosecond laser system utilizing ultra-short pulse durations to deliver photomechanical energy for pigment fragmentation. The rapid energy delivery shatters targeted pigments into fine particles for dermatological and aesthetic medical applications.

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.

ITS PICO is a pico laser device that applies 300ps Pulse Duration. It stably controls the maximum 1.67gw high Peak Power and allows customized treatment according to the lesion through two wavelengths of 1064 and 532nm with different skin penetration depths and three handpieces that can be used in various ways. It selectively destroys target tissue and minimizes damage to surrounding tissues, minimizing side effects after the procedure with relatively little pain and short downtime. Just by replacing the handpiece, pigment treatment and skin regeneration are possible, as well as effective and fast toning through the Collimation handpiece that irradiates even and consistent energy.

Q-Switched pulsed lasers for medical imaging, diagnostic applications, and therapeutic procedures. These semiconductor-based laser systems deliver precise, short-pulse energy for dermatological, ophthalmological, and surgical interventions. Available in multiple wavelengths including red and blue spectra for targeted tissue interaction and diagnostic imaging.