Candela Ellipse Sirius IPL 2019
Candela Ellipse Sirius IPL 2019 is a professional intense pulsed light platform developed to deliver safe, effective, and versatile aesthetic treatments. Designed for dermatology clinics and medical spas, it combines advanced IPL technology, optimized light filters, and integrated cooling to support hair reduction, skin rejuvenation, pigmentation correction, and vascular treatments with consistent clinical results.
Candela Ellipse Sirius IPL 2019 is a professional intense pulsed light platform developed to deliver safe, effective, and versatile aesthetic treatments. Designed for dermatology clinics and medical spas, it combines advanced IPL technology, optimized light filters, and integrated cooling to support hair reduction, skin rejuvenation, pigmentation correction, and vascular treatments with consistent clinical results.
Inmode Morpheus 8
InMode Triton Laser 2022
InMode Triton Laser 2022 is an advanced multi-wavelength laser platform developed for efficient hair removal treatments. Featuring intelligent cooling technology and customizable parameters, it delivers consistent results with minimal discomfort while supporting high-speed treatments for modern aesthetic clinics.
InMode Triton Laser 2022 is an advanced multi-wavelength laser platform developed for efficient hair removal treatments. Featuring intelligent cooling technology and customizable parameters, it delivers consistent results with minimal discomfort while supporting high-speed treatments for modern aesthetic clinics.
Neo Graft 2.0 - Hair transplants System
The NeoGraft 2.0 Hair Transplant System is an advanced FUE support technology that assists physicians with controlled follicle extraction and implantation, helping deliver natural hair restoration results through a minimally invasive approach.
The NeoGraft 2.0 Hair Transplant System is an advanced FUE support technology that assists physicians with controlled follicle extraction and implantation, helping deliver natural hair restoration results through a minimally invasive approach.
